Decorative device for apparel products

ABSTRACT

The present invention is a decorative device that may be secured to shoes, clothing or other apparel products. A preferred embodiment is an integral decorative device providing both the decoration and the fastening assembly by which the device is secured to the clothing, shoes or other apparel products. The fastening assembly includes two or more fastening mechanisms for securely affixing the location and position of the decorative device.

CROSS REFERENCE TO RELATED APPLICATION

The present application claims priority under 35 U.S.C. §119 to the U.S. Provisional Application Ser. No. 61/011,468, filed on Jan. 17, 2008 which is herein incorporated by reference in its entirety.

FIELD OF THE INVENTION

The present invention generally relates to the field of accessories for clothing and other wearable items, and particularly to an accessory for decoration of shoes.

BACKGROUND OF THE INVENTION

Currently, there exist many articles of apparel, such as clothing and shoes, which include variously formed points of affixation or holes within their designs. Further, there are many such articles of clothing and shoes that are made from materials that have varying degrees of elasticity. Where these articles combine their construction of such elastic materials with various sized and placed affixation points/holes it has become common for accessories to be attached thereto.

Therefore, it would be desirable to provide a decorative device that is able to be securely positioned upon an article, such as through interaction with one or more points of affixation or holes, providing an decorative display.

SUMMARY OF THE INVENTION

Accordingly, the present invention provides decorative device having a display side for displaying a decoration and an underside, such that the underside includes a fastening assembly, wherein the fastening assembly includes at least two fastening mechanisms integrally formed with the underside of the decoration.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the invention as claimed. The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate an embodiment of the invention and together with the general description, serve to explain the principles of the invention.

BRIEF DESCRIPTION OF THE DRAWINGS

The numerous advantages of the present invention may be better understood by those skilled in the art by reference to the accompanying figures in which:

FIGS. 1A-1E are multiple illustrations of a decorative device in isolation or connected with a shoe, wherein the decorative device includes a decoration that provides a flower shaped visual display and has a fastening assembly with five fastening mechanisms that allows connection of the decorative device with the shoe as exemplified in the cut-away illustration;

FIGS. 2A-2C are multiple illustrations of a decorative device in isolation or connected with a shoe, wherein the decorative device includes a decoration and a band having a fastening assembly with a first fastening mechanism and a second fastening mechanism;

FIG. 3A-3B are illustrations exemplifying different types of modularity that may be found in a decorative device of the current invention, wherein modularity may be found between or within component features and/or elements of component features in accordance with the scope and spirit of the current invention;

FIGS. 4A-4J are multiple illustrations of different exemplary embodiments of a fastening mechanism for a fastening assembly, wherein the various embodiments further illustrate various integral and modular configurations for a decorative device of the current invention;

FIGS. 5A-5B are illustrations of a platform fastening assembly in accordance with an exemplary embodiment of the current invention;

FIGS. 6A-6B illustrate multiple views of a decorative device including a display connector removably connected with a display, which in the current embodiments is an audible display;

FIG. 7 is an exploded view illustration of a modular decorative device including multiple display connectors positioned within a display in accordance with an exemplary embodiment of the current invention;

FIG. 8 is a cross sectional illustration of the decorative device shown in FIG. 7 wherein a first display connector is occupied with an audible display and a second display connector is occupied with a vibrational display;

FIGS. 9A-9B illustrate multiple views of a decorative device including a first, second and third fastening assemblies in accordance with an exemplary embodiment of the current invention;

FIGS. 10A-10C illustrate multiple views of a decorative device including a first, second, third and fourth fastening assemblies and a modular display in accordance with an exemplary embodiment of the current invention;

FIG. 11A-11B illustrates a decorative device including a secondary affixation assembly connecting with a secondary decorative device including a secondary display;

FIG. 12 illustrates a decorative device employing a coupling mechanism for affixing to an apparel product, such as a shoe, in accordance with an exemplary embodiment of the current invention;

FIGS. 13A and 13B illustrate multiple views of a single, integrated decorative device in accordance with an exemplary embodiment of the current invention;

FIGS. 14A-14B illustrate further multiple exemplary embodiments of a modular fastening assembly configuration for a decorative device of the current invention; and

FIG. 15 illustrates a decorative device including a height adjustment mechanism in accordance with an exemplary embodiment of the current invention.

DETAILED DESCRIPTION OF THE INVENTION

Reference will now be made in detail to the presently preferred embodiments of the invention, examples of which are illustrated in the accompanying drawings. In these preferred embodiments a decorative device and various methods of constructing and using a decorative device are provided, wherein the decorative device may be understood to be a single-piece construct or a construct including multiple pieces, such as various component features. The construct may be configured as a single, integrated product wherein the component features are integral. Alternatively, the construct may be configured as a multi-featured, modular product wherein the component features or any of their elements and/or sub-elements (described below) may be removable, inter-connectable pieces that form the overall decorative device configuration.

The component features may typically include, but shall not be read to be limited to, a decoration, a band, a fastening assembly and a component feature/element fastening assembly (“CFEF Assembly”). Component features and any of their elements and/or any of those elements sub-elements or other “pieces” may be individually referred to herein by these indicators and/or may be collectively referred to herein as “components”.

It should be understood that each of the component features may be individually designated, claimed and functionally operate. Thus, it is to be understood that these component features may be properly designated, claimed and functionally operate as a single, integrated construct providing the overall decorative device or be designated, claimed and functionally operate as individual, inter-connectable component features that may be connected to provide the overall decorative device. Still further, the component features may be variously configured relative to one another and in various combinations with one another.

Description of elements and/or sub-elements that each component feature may/may not include is intended to include a similar scope of coverage wherein they may be properly designated, claimed and functionally operate as a single (sub) element (integral) or as encompassing any one or multiple other elements (modular sub-elements) of a component feature and/or any one or multiple component features. The components of the decorative device and may be of integral or modular configuration relative to one another and/or internal to each.

For any and all decorative devices and any and all components for any decorative device of the current invention it is contemplated as within the scope the construction and use of any and all various “modular” designs, manners, connections, and configurations of enabling technologies, mechanisms and methodologies as may be contemplated by those of ordinary skill in the art. For example, the connection of the various modular components and/or any of their various “pieces” may commonly be represented in the drawing figures and described to occur through the use of an adhesive/adhesion connection mechanism(s), a friction fit, ball-and-socket, tongue-and-groove, compression-lock and/or snap-lock connection mechanism and method of connecting, or other alternative connection mechanisms. It is to be understood that the connection mechanisms may employ various connecting features, which may be integral with and/or inter-connectable/removable from any of the components described above. Therefore, these connecting features may be similar, in their configuration for integration and/or modularity, to that described for the components.

Thus, it should be understood that any connecting technology, mechanism and/or method of connecting the various components of the decorative device of the current invention may be employed. Further, while certain modular designs and constructs are described and shown, it is the intention of the current invention that regardless of the number of modular components being employed to form the decorative devices or any of the component features of the decorative devices, or the type(s) of connection mechanisms being used, such embodiments are contemplated as falling within the scope and spirit of the current invention.

It is intended that description provided for the decorative device, component features, elements and/or sub-elements for any of the preferred and alternative embodiments provided below should be read and understood to be similarly applicable to all disclosed and/or explicitly contemplated embodiments and/or other embodiments that should be understood to fall within the scope and spirit of the current invention as being naturally implied. Therefore, the exemplary embodiments of the current invention described below and illustrated in the drawing figures should not be read, viewed or interpreted as defining the limits of integral and/or modular construction that may be employed for the current invention. Various other integral and/or modular constructions of the current invention, while perhaps not specifically described, shall fall within the scope and spirit of the present invention.

In preferred embodiments, such as those shown in FIGS. 1A-1E, a decorative device 100 is provided including a decoration 110 having a fastening assembly 120. The fastening assembly, of the current embodiment, includes a first fastening mechanism 122, second fastening mechanism 123, third fastening mechanism 124, fourth fastening mechanism 125, and fifth fastening mechanism 126 that are integrally formed with an underside 112 of the decoration. The display side 114 of the decoration 110 provides a visual display, which in this instance is a visual representation of a flower. Thus, the current embodiment is an exemplary integral construct (decorative device) of the current invention. However, it is contemplated that any one or all of the fastening mechanisms may be removable from the decoration and that the positioning of the inter-connection which may occur may vary throughout the decoration.

In the current embodiment, the overall configuration of the decoration 110 significantly contributes to the aesthetic of the flower display 114 being provided, but also the overall configuration of the decorative device 100 contributes significantly to the visual display and representation of the flower being provided by the decoration 110. Alternatively, a decorative device of the current invention may include component features, elements of those component features and/or sub-elements of those elements that may have varying degrees of contribution (from minimal to significant) to the aesthetic of the display (whether visual, audible, or other sensory as described below) provided by the decoration.

The fastening assembly 120, including the five fastening mechanisms 122-126 shown for the decorative device 100 in FIGS. 1A-1E, perform a functional role while the contribution of the fastening assembly 120 and its elements to the to the aesthetic provided by the visual display 114 of the decorative device 100, when connected with an apparel product such as a shoe 190 as shown, may be of varying degree. Thus, the current invention contemplates that the component features (their elements and/or sub-elements) of the decorative device 100 may minimally and/or significantly contribute to the display provided by the decoration. It is further contemplated that the display 114 of the decoration 110 may include elements whose contribution to the aesthetic being provided may vary. A contemplated function of the five fastening mechanisms 122-126 is to promote the affixing of the decorative device 100 to the shoe of the current embodiment or any apparel product in contemplated alternative embodiments of the current invention. This affixing may further promote the securing of the position of the decorative device 100 upon the shoe 190 (or other apparel product) or the position of the decorative device relative to other features of the shoe (apparel product) or the position of the decorative device relative to other apparel products, such as another shoe.

In the current embodiment a single (homogeneous composition) material is used to provide the integral decorative device 100. Thus, this material is employed for the construction of this decorative device. It is contemplated that the composition of the material used for constructing the decorative device and any of its component features and/or their elements and sub-elements may vary and/or that the materials used for the component feature(s) and/or their elements or sub-elements may be different from one another. For instance, the component feature(s) may have various material compositions and include various different internal structures between one another and internally.

In alternative embodiments for the decorative device of FIGS. 1A-1E or for further alternative preferred embodiments, such as that shown in FIGS. 2A-2C and/or 3A and 3B, the composition of the components of the decorative device may include two or more materials and that any of these components may be formed of the same or different materials. Further, where different types of material(s) are used they may have various different concentrations of compounds relative to one another or be provided in different compositional arrangements between different decorative devices and/or components. For instance, the various materials may be inter-mixed throughout the construct or a first material may form a shell construct of the decorative device while a second material is at least partially embedded or inter-mixed within the shell construct or at least partially located within but not inter-mixed with the first material. Other different material compositions and internal structures as may be contemplated by those of skill in the art may be employed with the current invention.

While it is contemplated that the material composition of the decorative device and/or its components (individual or collective component features and/or their element(s) and/or sub-element(s)), may be of various types, generally, a durable, at least semi-elastic material may be used, such as a Durable Rubber or Silicone based material. Alternatively, various plastics (e.g., ethylene(s), poly-ethylene(s), and the like) and/or metals may be employed. It is understood that the type of material or materials used may vary as contemplated by those skilled in the art and that any of the various materials may be employed in various combinations with other types of materials. In the current embodiment, the material employed is a durable rubber.

Not only is the use of one or numerous types of materials contemplated but also that the techniques and methodologies used to form/construct the material for the decorative device may vary amongst those that are known to those skilled in the art. For instance, a first material may be used to substantially form a component feature, element(s) and/or sub-element(s) and then a second material may be applied to the first material in a coating-like manner. Alternatively, numerous materials may be mixed, blended or be provided various structural alignments for the compounds of the material as may be contemplated by those skilled in the art and may promote advantageous aesthetic and/or structural or functional characteristics of the decorative device and/or any of its components.

The display 114, as stated previously, is a visual display that presents a visual representation of a flower. This representation is accomplished by forming different sections of the overall material of the display in various shapes having various dimensions, such that the result is a physical depiction of a flower. The decorative device 100 not only includes length and width dimensions, but may also include a height or thickness dimension. The height or thickness dimension may be most clearly represented by an outer edge 116 which, as herein, forms the outer boundary/perimeter of the display side 114 and the underside 112 of the decoration 110. The outer edge 116 connects with the display side at a top outer edge 117 and connects with the underside at a bottom outer edge 118. The space defined between the display side and underside or by connection of the display side, underside, and outer edge, may commonly be referred to as a body 105 of the decorative device. Thus, the measure of the height or thickness dimension may provide an indication of a dimension of the body 105 of the decorative device 100.

The body may be a solid piece of material, such as that described above, or may be formed in a manner where less than the entire space of the body is filled with/occupied by material. Thus, the body may include areas (“pockets”) embedded within that may, at least partially, not be filled with material. It is further contemplated that the body may include apertures within it that may at least partially or thoroughly extend into or through the material of the body. These alternative forms of the body may be formed for various reasons, such as weight, cost, strength, durability considerations and others as contemplated by those skilled in the art.

The display 114 may be entirely of one aesthetic, such as the flower in the current embodiment of FIG. 1. Alternatively, this and other types of visual displays/indicators, along with audible displays/indicators and other sensory displays/indicators (see FIGS. 6-8), are contemplated as at least a part of the decoration's display for the decorative device of the current invention.

The decorative device may have displays and/or indicators constructed in various dimensional patterns and/or with various dimensional configurations. In preferred embodiments, the displays and/or indicators may not exceed or overhang the width dimension of particular components of the current invention, such as a band. Further, any three dimensional aspects, such as a height, given to a display may be tied to or a ration of one or more dimension(s) of one or more components, such as limiting any height to a factor of a particular dimension of the band. Alternatively, the dimensional configuration(s) of the displays may vary without regard to the dimensions of the other components. Thus, it is contemplated that the dimensional configuration(s) of the displays may be larger, about the same as, and/or smaller than any of the various dimensional configurations of the other components of the decorative device.

The decoration may include a visual display, such as the flower of FIGS. 1A-1E, and may alternatively include various other visual representations, such as alpha and/or numeric characters, which may be placed in a certain order and relationship to one another. Examples of the variety of the visual display that may be employed with the current invention, in any manner of integral or modular construct design, may include a photographic display(s) (e.g., picture of family/friends/other(s)), a light display(s) (e.g., LED(s), and the like), an ornamental display(s) (e.g., jewelry/baubles/other(s)), and various other visual displays as may be contemplated.

The various other visual displays may be representative of other objects, organisms, artistic and other types of works, products, animals, people, and the like, such as flowers, amoebas, sheets of music, paintings, action figure dolls, lions, famous celebrities or sports heroes, and/or the structure of DNA. The display and/or decoration may be presented in various configurations, such as a relief, various two or three dimensional configurations and/or with various angular orientations either for the entire decorative device or any of its components.

In alternative embodiments, the visual display(s) may be of various iconic and/or religious symbols. Various religious symbols contemplated by the current invention may include for example, the Star of David, the Holy Cross, the Koran, Buddha, and the like. Iconic symbols may include flags of nations, animal mascots, historical characters, and the like.

The decoration(s), display(s) and/or display elements or sub-elements may include various types of aesthetics, designs, patterns, visual configurations, and other visually appealing characteristics as may be contemplated by those of ordinary skill in the art. Where a color scheme is employed to provide at least part of the aesthetic it may be employed in a monochromatic, polychromatic, or other manner and may use any color or combination of colors. The combination(s) of color(s) and/or manner(s) used to form the aesthetic may vary as contemplated. It is also contemplated that the components of the decorative device(s) may include various aesthetics, similar to or different from one another.

The decoration provides a display and/or discernable indication for the decorative device, such as those previously mentioned including a visually identifiable display, audibly discemable display and/or other sensory discernable display, such as a vibrational, rotational, or protruding indicator. Thus, it is further contemplated that a decoration may employ and/or may include various combinations of any of these types of display(s), display element(s) or sub-elements, as will be described herein (see FIGS. 6-8).

It is further contemplated that the decorative device may connect with a secondary decorative device and/or may include more than one decoration and/or, as stated above, that the decoration may include more than one display, display element(s) or sub-element(s). It is contemplated that a first decorative device may connect with a second decorative device, third decorative device, . . . , Nth decorative device, or a decoration may overall include a first decoration, second decoration, third decoration, . . . , Nth decoration (see FIGS. 11A-11B). It is further contemplated that a decoration include a first display (element), second display (element), third display (element), . . . , Nth display (element) (see FIGS. 6-8).

The modular configuration(s) that are contemplated by the current invention, it is contemplated that the more than one decoration, display, display element or sub-element may be separate from one another or allowed to be coupled or inter-connected to one another. Thus, the current invention contemplates that a decorative device may include a decoration that is inclusive of multiple decorations, displays and/or display elements or sub-elements, as will be described below. Those skilled in the art will understand that the decorative device may employ any number and/or configuration of decorations, displays, display elements and/or sub-elements, including the visual, other sensory and audible display(s). It is further contemplated that the decorations, displays, display elements and/or sub-elements have various dimensional and/or angular orientation characteristics as may be contemplated by those skilled in the art to provide a desired aesthetic for the one or more decorative device(s).

In the current embodiments, the fastening assembly 120 includes the five fastening mechanisms 122-126. As shown in FIGS. 4A and 4B, each of these fastening mechanisms is generally understood to have similar sub-elements presented in a similar configuration. In the current embodiment, the sub-elements include a shaft 152, wherein a first end 154, which in modular constructs terminates in a first end fastener (device fastener—not shown), is integral with the underside of the decoration and a second end 158, which terminates in a second end fastener 159 (product fastener). It is to be understood that the current invention may connect with and affix to various different types of apparel products and the like. For the preferred embodiments of the current invention, the apparel product that the decorative device connects and affixes to is a shoe. In general, the first end fastener (components fastener) may be referred to herein as the decoration fastener and the second end fastener (product fastener) may be generally referred to herein as a shoe fastener.

As shown in FIGS. 1D and 1E, the shoe fastener 159 is generally, an enlarged disc-shaped structure that presents a diameter in a generally perpendicular orientation relative to the length-wise orientation of the shaft. It is contemplated that the disc diameter present, at least partially, away from a generally perpendicular orientation relative to the length-wise orientation of the shaft. Because the diameter of the disc is larger than that of the shaft, the disc extends from the outer circumference of the shaft presenting a first surface area, referred to herein as an underside of the fastener. The disc includes a second surface area opposite the underside, wherein the second surface area is generally oriented in an exposure to whatever the apparel product (shoe) is place upon. It is contemplated that the disc may include a varying thickness dimension as defined by a disc body between the underside and second surface area of the disc. The disc body may define the thickness dimension in any manner, including a similar manner as that described above for the body of the decorative device and/or its components.

In operation, the shoe fastener 159, along with at least some part of the shaft 152, is inserted through a product receiver 160 in a product. Thus, it is generally contemplated that at least some portion of the material employed to form at least some portion of the shoe fastener 159 be deformable to the extent that passage, in any direction, of the shoe fastener 159 through the product receiver 160 in the product may be achieved. The composition of the material and extent of deformation allowed by the material may vary as contemplated by those of ordinary skill in the art.

In the current embodiment, the product receiver 160 is an affixation point (aperture through the material) in a shoe. Once the shoe fastener 159 has been inserted through the affixation point 160 the underside of the disc-shaped fastener engages against an inner surface 192 of the shoe. This engagement of surfaces between the shoe fastener 159 and the product may provide a stop and aid in the prevention of the decorative device being removed from its connection with/affixing to the shoe in an unintentional manner. While the fastening mechanisms have been generally described above, they will be set forth and described in further detail below.

In another preferred embodiment, shown in FIGS. 2A-2C, a decorative device 200 includes a band 210, wherein a top side 216 of the band provides a decoration 212 and a bottom side 220 a fastening assembly 230. The fastening assembly 230 includes a first fastening mechanism 232 and a second fastening mechanism 234, each is similar to the fastening mechanisms 122-126 shown in FIGS. 1A-1E and 4A-4B.

In the current embodiment, the decorative device includes the band 210 with the decoration 212 and fastening assembly 230 as a single integral device. The decoration 212 provides a display 214, in this embodiment the display is a sequence of alpha-numeric characters representing the word “LOGO”. As previously stated, it is contemplated that the decoration of the decorative device of the current invention may be a visual display of discernable alpha-numeric characters arranged in any pattern to convey a meaning, for instance the current display conveys the word “LOGO”. Alternatively, the display may provide “Happy Birthday” or some other pattern of letters and/or numbers and even other symbols as contemplated.

In the current embodiment, the “LOGO” display 214 is provided in a raised manner, wherein a top surface of the display is set at a height above the planar surface provided by the top side 216 of the band 210. It is contemplated that the display may be set in relief or carved into the band or be provided in a still further alternative set as may be contemplated by those skilled in the art. For instance, one letter may be raised while another letter may be set in relief and another letter may be designated by an outline of the letter carved into the band. It is to be understood, as previously mentioned, that the decorative device may vary in the total number of decorations and/or displays included and that additional decorations and/or displays may be included in any of the devices.

In the current embodiment, the top and bottom sides of the band are bound by connection with an outer edge 250 at a top outer edge 252 and a bottom outer edge 254, respectively. The space in-between that top and bottom outer edge includes material that forms a body 240 for the band of the decorative device. As previously stated, the thickness dimension that the body provides the band, the continuity of material throughout the body, contemplated reasons for varying the body of the band and other aspects relating to the body of the band may vary in a similar manner. FIG. 2B shows that the bottom side of the band is integral with the first fastening mechanism 232 and the second fastening mechanism 234, wherein these fastening mechanisms are similar in configuration to the fastening mechanisms described above for FIG. 1.

As previously stated, the current invention contemplates that the components of the decorative device may be integral with or modular to one another in construction and configuration. Thus, the current embodiment exemplifies a decorative device 200 as a single, integral device. Alternatively, the current embodiment may be constructed from separate, individual pieces, where any one or more of the components may be formed of any combination of components or as components formed from multiple, individual pieces (elements and/or sub-elements) of the decorative device. Such modular components allow for their connection and removal from one another. The individual component features may be formed in part from an integral combination of at least two or more component features or their elements and sub-elements and this integral form being further connected with a modular component feature. For instance, in the current embodiment, the band and decoration may be integrally formed and the fastening mechanisms of the fastening assembly may connect with the underside of the band in a removable manner. Other examples of this may include an integral decoration and fastening assembly being connected with a modular band or an integral band and fastening assembly being connected with a modular decoration. It is also contemplated that each individual component feature and/or its element(s) or sub-element(s) may be of an integral and/or modular construction.

FIGS. 3A-3B shows a decorative device 300, generally similar in overall appearance to the one shown in FIGS. 2A-2C. However, the current embodiments shown in FIGS. 3A-3B are of a modular design and construction. In general, the inter-connection of various component features and/or a component feature's elements and/or sub-elements may be accomplished through a component feature/element fastening assembly (referred to herein as “CFEF Assembly”). In the embodiment of FIG. 3A, a decoration 312 may be connected to and removed from a band 310 integral with a fastening assembly 330 including a first fastening mechanism 332 and a second fastening mechanism 334. The modularity of the component features, as shown in FIG. 3A, provides a modular decoration connecting with an integral band and fastening assembly component. Thus, FIG. 3A exemplifies some of the various design and configuration embodiments contemplated by the current invention.

As stated above, the CFEF Assembly is a connection mechanism. The CFEF Assembly of the current embodiment in FIG. 3A is for connecting with and promoting the secure affixing of a component feature to a component feature. As described and shown in FIG. 3B, the CFEF Assembly may be employed for connecting and affixing an element of a component feature to another element of that or another component feature or to another component feature, and/or a sub-element of an element of a component feature to another sub-element of that element or another element of that component feature or the component feature or to another sub-element of another element of that component feature or to another sub-element of an element of another component feature or to another component feature.

In the current embodiment of FIG. 3A, the CFEF Assembly includes a receiver 360 in the band 310 for connecting with and affixing the position of a display platform 370. The receiver 360 is an aperture defined by a receiver base 362, which establishes a planar surface within a body 340 of the band at a certain depth, a perimeter/circumferential sidewall 364 that generally extends from the receiver base to a top side 316 of the band 310. The CFEF Assembly further promotes the connection between the band 310 and the display platform 370 through the connection of a display platform fastener 372 of the display platform 370 with a connector 366 of the receiver 360. The connector 366 is an undercut of the sidewall 364 at a bottom side 365 of the side wall and along a similar planar orientation as the receiver base 362. The member fastener 372 is a protruding member section of a bottom side of the display platform 370. Alternatively, FIGS. 10-11, provide CFEF Assemblies with a structure resembling a ball and socket connection mechanism. Further, from the different drawing figures and description found within the instant application, it is understood that the number and size of the members and receivers may vary for the CFEF Assemblies.

The receiver 360 of FIG. 3A is generally configured in the shape of a rectangle in order to receive, connect with and securely affix the display platform 370 of the decoration 312 within and to the band 310. Thus, in the current embodiment, the dimensional characteristics/features of the receiver 360 are preferably defined as a function of the decoration's dimensional characteristics. Alternatively, the decoration 312 may have its dimensional characteristics defined as a function of the receiver's dimensional characteristics.

Alternative embodiments of the current invention may include dimensional characteristics for the receiver and decoration where either or both the receiver and decoration are separately and individually defined and their inter-connection and affixation to one another is promoted through secondary connection features as may be contemplated by those skilled in the art. For instance, connecting strips, which may be made of any or the same material as the decorative device component features and/or elements and with particular dimensional characteristics, may interact with multiple component features and/or elements and promote their inter-connection and affixation to one another by encouraging their positions respective to one another at a certain location which may enhance connectivity. Connecting strips and other types of secondary features such as those which are known to those of ordinary skill in the art may be employed by the current invention to promote connection and affixation between multiple component features.

In FIG. 3A, the decoration 312 is formed as an integral display platform 370 with the display 314 (“LOGO”). The display platform includes the display 314 on a top side 375 of the display platform 370 and a bottom side (not shown) of the display platform 370 includes the protruding member 372. The top and bottom sides are bounded by an outer edge 371 that includes a top outer edge 373 and a bottom outer edge 374. Similar to the description provided above for the body of the decorative device and/or band, a body of the display platform provides certain dimensional characteristics, which are understood to be variable in all respects between different embodiments of display platforms, but that may function to promote the inter-connection and affixation of the display platform with the receiver.

In the current embodiment, the display platform 370 and receiver 360 are employing a tongue-and-groove connection mechanism. This mechanism is exemplified by the protruding member 372 (the “tongue”), that protrudes from the bottom side and bottom outer edge 374 of the display platform 370 and an undercut/relief section 366 (the “groove”), provided as an undercut extending under the sidewall 364 of the receiver 360 and further into the body 340 of the band 310 but along a similar plane as the receiver base 362. The tongue 372, in this embodiment, is integral with the body of the display platform 370 and is defined by a top side, bottom side, and terminal edge, giving the general appearance of solid box-shaped protrusion encompassing the entire bottom outer edge. The groove 366, in this embodiment, is a hollowed section of certain dimensional characteristics that extends under the sidewall 364 of the receiver 360 and is provided in a manner that encompasses the entire receiver base 362 and undercuts the entire sidewall 364. The groove 366 is defined by a top wall, bottom wall, and terminal wall, and gives the general appearance of a hollowed out “U-shaped” undercut into the body of the band.

Similar in manner as to the dimensional aspects discussed above in regards to the display platform and receiver, the dimensions and/or angular orientations of the tongue-and-groove mechanism employed in the current embodiment or other mechanisms employed for CFEF Assemblies for alternative embodiments may vary. While, generally speaking, there may be a reciprocal relationship between the various parts of any CFEF Assembly's connection mechanism to aid in promoting connection and affixation of the elements/pieces, strict uniformity to such is not required by the current invention. Therefore, it is contemplated that the connection mechanism(s) (or stop(s)) provided by a CFEF Assembly used for any components of the current invention may have a relative amount of dissimilar dimensional characteristics and/or angular orientations. This may promote the removal of these connected components of those features of the current invention. It is further contemplated that the same principle(s) may be applied to any CFEF Assemblies used in the current invention whether it couples/connects the decoration and band and/or decoration and fastening assembly.

For the current embodiment of FIG. 3A, in operation, the display platform 370 including the decoration 312 is manually inserted into and forced down within the receiver 360. Insertion of the display platform's bottom side begins the process and movement of the decoration 312 into the receiver 360 may be exemplified by the movement of the display platform's outer edge 371 relative to the receiver's side wall 366. The protruding member 372 of the CFEF Assembly is on the leading edge of the display platform 370 as it is being inserted into the receiver. Thus, it is contemplated that the protruding member, in a manner similar to that described above for the disc of the second end fastener of the fastening mechanism(s), is able to be deformed to a certain extent thereby allowing the display platform's insertion. It is further contemplated that as for the second end fastener and components (described above) of the current invention, the composition of the material used, the use of different types of material and all other aspects of the protruding member may vary to accomplish the function described for its operation. The operator may know that the decoration is properly seated in the receiver when the display platform no longer evidences any further travel down within the receiver. This may further evidence that the “tongue” of the display platform has been seated into the “groove” of the receiver base. Secure affixation of the decoration within the band is promoted by the tongue's top side engaging against the top wall of the groove, which significantly aids in preventing movement of the decoration within the receiver and assists in avoiding unwanted or unintentional removal of the decoration. However, the removal of the decoration may be accomplished through the application of appropriate force and manipulation of the display platform.

Within the context of modularity of the components, and as described above, the composition of the material used to form the component features is of particular import. Without careful consideration being given here a decorative device may be constructed that may not function properly. For instance, a rubber or silicone substance that includes a structural rigidity which decreases the inter-connection functional capabilities of a component may not be the ideal selection of material(s) for the current invention. This decreased functionality may be exhibited through a decreased performance from the inter-connection mechanism being employed and/or through a decreased capability of a user to properly provide the inter-connection. Either way, the decorative device is not functioning properly and may decrease user satisfaction. In the current embodiment, it may be important to have sufficiently flexible material used for the band and display platform so that any manipulation, such as any deforming, bending, and the like, which may promote the connection or removal of these component features from one another is advantageously promoted by the material itself. Other such considerations of material composition as may be understood by those skilled in the art are contemplated to fall within the scope and spirit of the current invention.

Alternative connection mechanisms may be employed singularly or in combination with one another by the current invention and are contemplated to fall within its scope. For instance, the decoration and band of FIG. 3A may also be formed to employ a friction fit connection, whereby the sidewalls of the receiver and outer edge of the display platform function to promote the connection and secure affixing of the position of the display platform within the receiver. Still further, the CFEF Assembly may provide a compression lock mechanism to connect and affix components. It is contemplated that the CFEF Assembly features may also promote the removal of the components from one another, such as the display platform from the receiver in FIG. 3A.

As previously indicated, the modularity capabilities of the current invention are not just limited to the overall component features themselves. Modularity may be found within the elements and/or sub-elements of the component features, as is shown in FIG. 3B. The decorative device 300 includes a decoration 312, a band 310, and a fastening assembly 330. The decoration 312 is capable of being connected with and removed from its connection with the band 310 in a manner similar to that described above. The fastening assembly 330 is removably connected with a bottom side (not shown) of the band. Thus, the bottom side 317 of the band is capable of connecting with the first fastening mechanism 332 and the second fastening mechanism 334, of the fastening assembly 330, and having the first and second fastening mechanisms removed from their connection through the use of another type of connection mechanism employed for the CFEF Assembly, as will be described. Thus, at the component feature level the decorative device is modular.

The modularity of the fastening assembly features requires a second CFEF Assembly that allows for the connection of the fastening mechanisms with the band. It is contemplated that the fastening mechanisms may be connected via a CFEF Assembly with any one or combination of other component features and/or elements/sub-elements of a component feature of a decorative device of the current invention. While not shown by FIG. 3B, (see FIGS. 4G and 4H for a similar modularity construct representation of a connection mechanism) the second CFEF Assembly is provided through what may be generally identified as a ball-and-socket connection mechanism, wherein generally, spherically shaped device fasteners are inserted into generally, spherically shaped receivers on a bottom side of the band. Thus, the bottom side of the band includes two device fastener receiver mechanisms (generally, spherically shaped pockets) recessed into the body of the band. These pockets are designed to connect with a device fastener (generally, spherically shaped terminus member) found on a first end of a shaft of a fastening mechanism. Through the insertion of the device fastener into the receiver mechanism the fastening assembly is connected with and affixed in position relative to the band.

In the current embodiment, the first and second fastening mechanisms are similar to each other and therefore the following description for a fastening mechanism that includes a second CFEF Assembly, should be understood to apply to the other. The fastening mechanism includes a shaft 380 having a first end 381 including a first end fastener 384 (device fastener) and a second end 382 including a second end fastener 386 (shoe fastener). The device fastener 384 is generally shaped as a spherical member that acts as a connector that connects with a device fastener receiver mechanism (not shown) disposed on the bottom side 317 and extending a certain distance into the body of the band.

The second end fastener 386 or shoe fastener is located at and forms the opposite end of the shaft. The shoe fastener is in a planar orientation from the device fastener, substantially allowing the fastening mechanism to be configured in a linear manner along the plane of the shaft. The shoe fastener, is similar in configuration to the fastener described above for FIGS. 1-2, and as will be further described below. It contains a substantially disc-shaped section that has a diameter greater than that of the rest of the shaft. The disc-shape provides an underside that will contact and engage against the inner surface of a shoe when it is inserted through the affixation point. Thus, the shoe fastener acts as a stop for the decorative device 300 when seated in the affixation point and promotes the secure attachment of the decorative device to the shoe. The dimensional aspects and/or angular orientation(s) of the fastening mechanism and any elements/parts of it may be altered as contemplated by those skilled in the art and in accordance with the functional operation of the decorative device of the current invention. Thus, where such changes in structure continue to promote the operation of the fastening mechanism and the overall operation of the decorative device, such changes fall within the scope and spirit of the instant invention.

FIG. 3B provides the decoration 300, which provides the display 314 of the decorative device as has been previously described, through a more granular level of modularity. Thus, the display 314 is a modular element including multiple sub-elements that inter-connect and which may be removed from one another and/or other component features and/or elements. The display 314 employs/includes multiple (more than one) modular, display sub-elements to form and provide its aesthetic in the current embodiment. It is contemplated that audible and/or other sensory display(s) may removably interconnect with the band or other various component features in forming the decorative device. The various types of displays may be of integral or modular construction including one or more than one sub-element(s).

The current embodiment of FIG. 3B exemplifies the multiple levels of modularity that are made possible by the current invention. The multiple sub-elements that are employed to form the decoration 314 is exemplary of the modularity that may be exhibited/found in any of the various components. In this embodiment the decoration includes the display platform 370 that allows for the connection and removal of numerous display sub-elements. Four display sub-elements, “L”, “O”, “G”, and “O”, are provided and connect with and/or may be removed from the display platform 370. The connection of the display sub-elements with the display platform 370 is promoted by four receivers 391, 392, 393 and 394 (two are shown) that are present on the top side of the display platform 370 and capable of receiving the display sub-elements within. These four receivers, in the current embodiment, are similar in many respects to the receiver 360 of the band 310 described above, in that they both define an aperture that extends some depth into a body of their respective platform, a difference is that the receivers of the display platform employ a friction-fit connection mechanism for connecting with their respective sub-elements.

It is contemplated that any number, design and configuration of modular display sub-elements may be connected with and/or removed from the display platform and/or other components of the decorative device of the current invention. Thus, the display sub-elements are themselves another modular feature(s) that may be connected with and/or removed from the display platform, in this embodiment, separately from the display platform's connection with and/or removal from the band. Thus, in this embodiment, the decoration's display is a combination of modular features, including the display platform and four separate and individual display sub-elements.

The modular display sub-elements, shown in FIG. 3B, that are seated within their individual receivers on the display platform present an overall display that includes the elements in a raised position relative to the planar surface of a top side of the display platform. The raised appearance is an indication of a top side of the individual letters (sub-elements) being a certain height above the top side of the display platform. In the current embodiment, the individual display sub-elements present the top sides at the same height above the top side of the display platform. This and other aesthetic features, such as where the display is a carving or presented in relief or the display/display sub-elements have other dimensional aspects, such as non-uniform height between sub-elements, are added aesthetic features that may be commonly employed with the current invention.

Further, all such aesthetic features and/or designs which may be employed for components should be understood to be able to be employed with all components without departing from the scope and spirit of the present invention. Therefore, the modular display platform of FIGS. 3A and 3B may present, when seated in its receiver upon the base, a raised surface aesthetic in a similar manner as that provided in the current embodiment.

Still further, using the above examples and the accompanying drawing figures as exemplary models, other modularity designs of the decorative device may be provided. Using the four separate display sub-elements discussed above, and with the understanding that the following disclosure is applicable to all components it is contemplated that the individual display sub-elements may include various modular design features. For example, the display sub-elements may provide a standard configuration or platform upon which various, further sub-sub-elements (designs or otherwise as contemplated) may be placed, such as the formed letters as shown, and it is the standardized shape of the platform that connects with and/or is removable from another component of the decorative device.

In another embodiment, the display includes a modular design. The display may include a display sub-element platform with which particular display sub-sub-elements may be connected with and/or removed from. Similar to the embodiments described above, the connection of the display sub-sub-elements with the display sub-element platform may occur in various manners, such as the individual shape(s) of the display sub-sub-elements may be allowed to inter-connect. From the above, it is contemplated that the connection of the display with the band may be the connection of display sub-sub-sub-elements with the display sub-element platform which in-turn connects with the display platform which in-turn connects with the band. From the above, the current invention includes within its scope the modular concept for all components of the decorative device.

The modularity described above for the components of the current invention promotes its use as a product/device/mechanism for the expression of individualism. This may be reflected through any and all of the components. Thus, it is contemplated that one or more of various different decorative devices constructed in accordance with the current invention may allow for the inter-connection of its or other decorative devices various components, including various elements, sub-elements, sub-sub-elements, and other pieces which may be part of any decorative devices. It is also contemplated that the various components and other features may be provided separately from any one decorative device and capable of being connected with one or more decorative device of the current invention. Thus, a user may be able to mix-and-match different components having various different designs, colors, materials, shapes, symbols, sizes, dimensions, angular orientations, and the like, with any other components of a decorative device of the current invention. It is contemplated that the inclusion of particular “limiting” feature, such as a connection mechanism, design, material, dimensions, and the like as may be contemplated by those skilled in the art, may be used to effectively delineate different families of components which may be inter-connected. A “family” of components may be any number of various different components that are enabled to inter-connect with one another because they each include a particular “limiting” feature. The limiting feature may further operate to significantly prevent inter-connection with another component that does not have the similar limiting feature. Various other schemas as contemplated for inter-connectivity delineation may be employed without departing from the scope and spirit of the current invention.

The fastening mechanisms of the fastening assemblies shown in FIGS. 1-3A of the current invention include a similar structure amongst all embodiments of the decorative device and fastening mechanisms, provided however that the modular fastening mechanisms shown in FIG. 3B, and described above, include a distinct difference from those prior in that the first end fastener (device fastener) is not integral with another component feature and takes a particular form. Thus, it is contemplated that the fastening mechanisms employed with different decorative devices may be similar to one another or different from one another and that they may be integral with other component features or modular and inter-connective with the other component features. The fastening mechanisms allow the securing of the decorative device to a particular apparel product, such as the shoe of FIGS. 1-2.

The following description of a fastening mechanism, as shown in FIGS. 4A and 4B, is to be understood as similar for the fastening mechanisms shown in FIGS. 1-3A. In a preferred embodiment, shown in FIG. 4A, the fastening mechanism includes a shaft 152 with a first end 154 and second end 158, the second end being generally opposite from the first end. The current embodiment shows the fastening mechanism is of an integral design in that the first end 154 of the shaft 152 is integral with a first end fastener 155 (device fastener) and the second end 158 of the shaft is integral with a second end fastener 159 (shoe fastener). The integral design is further exemplified by the first end/device fastener 155 being integral with another component of a decorative device, as shown in FIG. 4A. Thus, while in the current embodiments, both the device fastener and shoe fastener are integral with their respective ends it is contemplated that they may be modular and inter-changeable. Modularity allows the fasteners to be inter-changeable with other fasteners. This may promote the use of the decorative device, for example by allowing its continued use even after the shoe fastener disc breaks off and no longer has an underside for engaging against the inner surface of the shoe. This may also promote the use of the fastening mechanisms with numerous, different apparel products with various different affixation point configurations, further increasing its usefulness and the usefulness of the decorative devices of the current invention.

As stated, FIG. 4A, indicates that the fastening mechanism, via the device fastener or first end, is integral with at least one other component of the decorative device. In an alternative embodiment, the device fastener may be modular and inter-changeable with another fastener for connecting the first end of the shaft with another component of a decorative device. This may promote a longer useful life-cycle for the fastening mechanism, similar in manner to that described above for the shoe fastener. This may also promote the use of the fastening mechanisms with numerous, different components of various decorative devices, further increasing its usefulness and the usefulness of the decorative devices of the current invention.

In the current embodiment, the shoe fastener affixes the decorative device to a product, such as through the engagement shown in FIG. 4A, wherein the shoe fastener, by engaging an underside of a disc-shaped member having a greater diameter than the shaft of the fastening mechanism, is securing against an inner surface of a shoe via its insertion through an affixation point included in the material of the shoe. In the current embodiment, the connection of the shoe fastener preferably occurs at the affixation point which is at least one location within a product, such as the shoe, to which the attachment of a decorative device is desired.

In the various current embodiments, the affixation point has been generally shown as an aperture that extends from an outer surface of the shoe, through the material of the shoe and into the interior space of the shoe. The interior space of the shoe being generally where a person's foot may be at least partially encompassed when the shoe is being worn by the person. It is contemplated by the current invention, that an affixation point for an apparel product extend only partially through the product/material of the product. Further, the fastener's for use and employed at the second end of the shaft of the fastening mechanisms of the current invention may be capable of connecting with and securely affixing their position in such affixation points, thereby possibly affixing the position of a decorative device relative to the apparel product. It is contemplated that one or more of the fastening mechanisms described and shown in the instant application may be capable of providing such functionality, or that other configurations of a fastener for the second end of the shaft of the fastening mechanism as would be naturally arrived at from the disclosure provided herein by one of ordinary skill in the art may be employed without departing from the scope and spirit of the current invention.

FIGS. 4A and 4B shows that the shoe fastener's disc-shaped member presents as a buttressed end or an end with an enlarged diameter when compared against the diameter of the shaft. The shoe fastener, and at least part of the shaft, may be manually inserted through the affixation point (aperture). In order to securely affix the fastening mechanism within the affixation point, the shoe fastener passes from the outer surface through the aperture and is allowed to engage against the inner surface, as described above. As shown, the disc member's enlarged diameter allows the underside of the disc member to present a surface area that is able to engage against the inner surface and provide a stop.

In general, the interaction between the fastening mechanisms of the current invention and the affixation points upon or in a particular product (shoe) occurs through a manual manipulation and exertion of force. A user will typically align the fastening mechanism with the affixation point and then through application of force push the shoe fastener and at least a portion of the shaft through the affixation point until the shoe fastener has passed through the affixation point. Once the shoe fastener is through the affixation point it may be able to secure against the inner surface of the shoe.

In the current embodiment, the diameter of the disc member is larger than the non-expanded diameter of the affixation point. Thus, it is contemplated that the affixation point's diameter is able to be expanded as a result of at least the shoe fastener, and potentially including the shaft, being forced into and through it, thereby allowing passage of the disc member and at least a portion of the shaft of the fastening mechanism.

It is also contemplated that the shoe fastener, and potentially the shaft, may be able to be manipulated from a first position into a secondary or transitional position(s) in order to pass through and/or sit within the affixation point. For example, with the disc shaped member as described, the member may exist in a first position when no force is being exerted upon it. The plane of the disc member may be in a substantially perpendicular orientation to the length-wise axis of the shaft when in the first position. As the disc member is being forced through the affixation point, it may be deformed from the first position into the secondary/transitional position(s), wherein the material of the disc member is forced out of its substantially planar orientation. This may be required for the disc member to pass through the affixation point. The degree of deformation of the disc member may vary while it is passing through the affixation point. Thus, the disc member may significantly avoid a “fixed” second position, but instead be constantly changing in its deformation characteristics. Once through the affixation point the disc member may assume a substantially similar planar orientation as that of the first position or may assume a tertiary or seated position, wherein the seated position may establish the disc member's planar orientation in a substantially different manner than that established when in the first position.

Once the shoe fastener has passed through the affixation point it may be that that the affixation point may return to a non-expansion configuration. With the affixation point's diameter no longer in a state of expansion due to the passage of the disc member through it, the disc member and thus, shoe fastener, may be significantly hindered from being able to pass back through the affixation point because of the engagement of the underside of the disc member against the inner surface of the shoe. In such an instance, without intervention of a manipulative force similar to the one that allowed insertion of the shoe fastener through it to force expansion of the affixation point diameter once again, the fastening mechanism may be substantially affixed in position. Thus, the fastening mechanism(s) of the fastening assembly are substantially and removably affixed to a location upon a product and thus provides the capability of substantially and removably affixing the decorative device to the product.

It is contemplated that the diameter of the shaft of the fastening mechanism may be larger than that of the affixation point through which the shoe fastener passes. In that instance, the affixation point may be substantially prevented from returning to a non-expansion configuration until the fastening mechanism is removed from the affixation point. To ensure proper operation of this particular embodiment of the fastening mechanism the difference between the shaft and disc member diameters are of such significance that the disc member is not allowed back through the affixation point without a sustained, directed application of force. In the alternative, any of the fastening mechanisms may include design features which allow for the decorative device to be removed with varying degrees and directed application of force.

As previously stated, the shoe fastener includes the disc member with its greater diameter and surface area and still allows for its insertion through an affixation point, which in the current embodiment is the aperture in the shoe. In operation and in order to provide the stop functionality, upon the disc member passing through the aperture the underside surface area expands to a degree where it may engage against the inner surface of the material and, thereby, affix the position of the decorative device to an extent.

As seen in FIGS. 1-4, the dimensional characteristics of the fastener provides the fastener with a general appearance. In many of the current embodiments shown, the general appearance is a disc shaped member connected to a shaft, giving that end of the shaft a generally, flanged appearance. Though the “flange” may typically be of a size which promotes its usefulness as providing a stop and/or substantially preventing the fastening mechanism from being removed without a sustained, directed application of sufficient force. It may be contemplated that the force required to remove the fastening mechanism from its connection with an apparel produce may be greater than that which may be provided through an inadvertent force contacting the decorative device. However, fastening mechanisms may be employed for a decorative device of the current invention wherein inadvertent contact is sufficient for removal of the decorative device from its connection with a product of some type.

It is contemplated that various fastening mechanisms may provide various degrees of resistive or friction force, which for the purposes of the current invention may be defined as that amount of a sustained, directed application of force that is required to be applied in order to remove a fastening mechanism from its connection with a product, such as an apparel product like a shoe. Thus, the various embodiments of the fastening mechanisms of the current invention, may be differentiated and/or clearly defined by the amount of resistive force they are able to provide once connected to a product. This may be a critical characteristic of the current invention that takes into account a possible consumer desire, that being not to have damage done to a product to which a decorative device of the current invention is connected. For instance, where a decorative device of the current invention is connected with a shoe, as shown in FIGS. 1-2, it may be contacted by varying degrees of inadvertent forces. Inadvertent forces being those forces that are not intended to contact against the decorative device by the user of the decorative device. The inadvertent force may be of such degree and duration that unless the decorative device releases from its connection with the shoe, without any further assistance, it may cause damage to the shoe. In such an instance, a user may ultimately wish that the decorative device will release from its connection with their shoe and assist in preventing damage being done to the shoe by the decorative device.

From the above example, it is contemplated that the fastening mechanisms of the current invention may be capable of providing a range of resistive forces they are capable of achieving before releasing from a connection with a product. The fastening mechanisms may be able to provide a resistive force to a certain threshold, after which it will release from its connection with a product without any further application of force. It is further contemplated that the different fastening mechanisms may have their different resistive force capabilities determined by an approximation of the force which may be supplied by a targeted consumer. For example, the construction and form of a fastening mechanism may be determined by age considerations, wherein a first family of decorative devices includes fastening assemblies with fastening mechanisms that supply a resistive force that has been determined appropriate for kids aged 4-6. A second family of decorative devices may have fastening mechanisms with a resistive force that has been determined appropriate for kids aged 7-9. A third family of decorative devices may have fastening mechanisms with a resistive force that has been determined appropriate for kids aged 10-12.

Alternatively, the resulting general appearance of the second end(s) may assume various forms, such as a generally rounded form(s) (FIGS. 4H and 4G), various polygonal forms (FIGS. 4C and 4D), at least partially spherical form(s), triangular form(s), rectangular form(s), generally planar forms (FIGS. 4I and 4J), and other forms as may be contemplated by skilled artisans that would provide the affixation function as described herein. It is to be understood that the various structural features, composition features and/or general dimensional features described in regards to FIGS. 4C-4J may vary in a manner similar to those described for the fastening mechanism of FIGS. 4A-4B and or as may be contemplated by those of ordinary skill in the art.

A friction-fit fastening mechanism 402, shown in FIGS. 4C and 4D, includes a first end 403 integrally formed with an underside 412 of a band 411 of a decorate device 410. It is to be understood that the decorative device may be one of many various such decorative devices as contemplated by the current invention. The body 404, which is integrally formed with the first end 403 and provides a generally trapezoidal configuration, extends from the first end 403 in such a manner that it forms a contact 405. The body 404 and contact 405 are sized and configured to be engaged within and against an product receiver/affixation point 407, wherein the affixation point 407 may be found on various apparel products, including shoes as described above. In providing the friction-fit capabilities of the current invention, upon insertion of the fastening mechanism 402 the contact 405 engages against an affixation point sidewall 408. This engagement promotes the secure positioning of the decorative device relative to the apparel product.

A fastening mechanism 420 is shown in FIGS. 4E and 4F. Fastening mechanism 420 includes a shaft 422 having a first end 421 and, as shown, that first end 421 is integrally formed to an underside 432 of a band 431 of a decorative device 430. Shaft 422 includes a second end 423, opposite from first end 421 that is integrally formed with a product fastener 424. In the current embodiment, the product fastener 424 is sized and configured as a generally disc shaped fastener. Fastening mechanism 420 includes a compression divide 425 that extends through the product fastener 424 and at least a part of the shaft 422. The compression divide 425 forms an opening, wherein the opening allows for deformation of the shaft 422 and product fastener 424 as the fastening mechanism 420 is inserted into and pushed through an affixation point 426 found within an apparel product 427. It is to be understood that the deformation is a compression of the shaft 422 and product fastener 424 as the product device 424 passes through the affixation point 426. Upon the product fastener 424 clearing the affixation point side wall 428 the compression divide 425 is able to re-extend and thereby engage the product fastener 424 against an underside 428 of the apparel product. In this manner the fastening mechanism 420 provides a compression lock mechanism to allow the operation of the decorative device with the apparel product 427.

A modular fastening mechanism 440 is shown in FIGS. 4G-4H. Fastening mechanism 440 includes a shaft 441 having a first end 442. First end 442 further includes a device fastener 443. In the current embodiment, device fastener 443 is generally sized and configured to be received within a receiving point 453 included in a band 451 of a decoration 450. The receiving point 453 extending into the body of band 451 through an underside 452 of the band. In this embodiment, the device fastener 443 and receiving point 453 generally provide a “ball-and-socket” connection between the decoration 450 and fastening mechanism 440. The connection of the device fastener 443 and receiving point 453 generally secures the position of the decoration 450 relative to an apparel product 447, as shown. Typically, the decoration 450 will be positioned above a top side 448 of the apparel product 447. It is contemplated that the decoration 450 may contact against the top side 448. The “ball-and-socket” configuration generally allows for the fastening mechanism 440 to be connected with and removed from the decoration 450 at the discretion of the use.

A second end 444 of the shaft 441 further includes a product fastener 445. In the current embodiment, the product fastener 445 is sized and configured as a generally disc shaped fastener. Product fastener 445 functions to secure the position of the fastening mechanism 440 within an affixation point 460 of the apparel product 447 and does so in a manner similar to that described above regarding fastener 159 and as shown in FIGS. 4A-4B. Generally, the disc shaped fastener is inserted through and deformed by the affixation point 460. Upon extending through the affixation point 460 the fastener 445 resiliently expands back to its original form, thereby forming a lip (stop) which contacts an inner surface 449 of the apparel product 447. This contact by the fastener 445 promotes the secure positioning of the fastening mechanism 440 within the affixation point 460.

A fastening mechanism 462 is shown in FIGS. 4I-4J. The fastening mechanism 462 includes a shaft 463 having a first end 464 and a second end 465. Integral with the first end 464 is a device fastener 466 and integral with second end 465 is a product fastener 468. Product fastener 468 is generally configured as a planar disc shaped structure sized for engaging against a bottom surface 487 of an apparel product 485. It is contemplated that the size and configuration of product fastener 468 may be in relation to other features of the fastening mechanism 462, for instance, the circumference of the planar disc shaped structure may be a multiple of the circumference of the shaft 463 or that of the device fastener 466. Similarly, the size and configuration of the planar disc shaped structure may be in relation to the circumferential size of the affixation point 488. Alternatively, the size and configuration of the product fastener 468 may be independent of other features or an apparel product.

In the current embodiment, shaft 463 presents in a generally tapered configuration wherein the second end 465 has a larger circumference than that of the first end 464. The device fastener 466 presents in a generally triangular configuration forming a lip 467 where the device fastener 466 connects with first end 464. It is contemplated that the size and configuration of the device fastener may vary to accommodate the functionality of the fastener in combination with a fastener receiving mechanism 475.

The device fastener 466 is sized and configured to operationally interact with the fastener receiving mechanism 475 that extends from a bottom surface 472 of a band 471 of a decoration 470. In the current embodiment, fastener receiving mechanism 475 is integrally formed with the band 471 and extends a receiver housing 476 from the bottom surface 472. A face 477 of the receiver housing 476 includes a receiver slot 478 that includes a top section 479 and a bottom section 480. Top section 479 forms a ledge 481 relative to bottom section 480.

In operation, as shown in FIG. 4I, the fastener receiving mechanism 475 is inserted into the affixation point 488 of the apparel product 485. The insertion positions the housing 476 of the fastener receiving mechanism 475 within the affixation point 488 and at least partially encompassed by an inner wall 489 of the affixation point 488. It is contemplated that the housing 476 may be variously sized and configured, for instance, the housing 476 may be sized to provide a friction-fit engagement against the inner wall 489 of the affixation point 488. The insertion of the housing 476 also positions the face 477 of the housing 476 and thusly the receiver slot 478 in a proper location for receiving of the device fastener 462. The device fastener 466 and at least a portion of the shaft 463 is received within the bottom section 480 and top section 479 of the receiver slot 478 in the current embodiment. Upon full and proper insertion of the device fastener 462 into the fastener receiving mechanism 475 the lip 467 contacts against ledge 481, thereby promoting the affixing of the position of the device fastener 462 within the fastener receiving mechanism 475. The product fastener 468 is also contacting against an inner surface 487 of an apparel product 485 upon full and proper insertion of the device fastener 462. Thus, the position of the decoration 470 relative to a top surface 486 of the apparel product 485 is secured.

In many of the embodiments shown in FIGS. 1-3A and 4A-4F, the fastening assembly is integral with a bottom side of a component of a decorative device, such as a band and/or decoration. Alternatively, the embodiments of the fastening assembly shown FIGS. 4G-4J, 5A-5B, an 14-15, are of modular fastening assemblies, including CFEF Assemblies, when looked at from the perspective of the connection between the fastening mechanism(s) of the fastening assembly and other components, such as the band and/or decoration. The device fasteners at the first end of the shaft have a fastener member presenting a larger diameter surface area than the shaft at that first end. For FIGS. 4I, 4J, 14A and 14B, the device fasteners thus provide a surface area for engagement in a manner at least somewhat similar in design to those shown for the shoe fastener at the second end of the shaft in previous embodiments of the fastening assembly. Thus, the undersides of the surface areas of these device fasteners may engage against a ledge section that may be found within an integral band and decoration configuration, as shown in FIGS. 4I and 4J. In the alternative, the ledge section against which the underside of the surface area of the device fastener engages may be contained within a band that is removable from a decoration, as shown in FIGS. 14A and 14B.

Alternatively, FIGS. 4G, 4H, 5A and 5B present the ball-and-socket connection mechanism for their modular design. Generally, the current embodiments of FIGS. 4G-4J, 5A-5B, an 14-15, have a band including a first end receiver which is designed to receive the device (first end) fastener and possibly at least some of a shaft of the fastening assembly. Whether it is a disc-shaped member's underside engaging with a first ledge surface of the first end receiver, thereby providing a stop, or a ball entering a socket, the modular design promotes the secure affixation of the position of the fastening mechanism with the band.

As shown in FIGS. 4G-4J, 14A-14B, and 15A and 15B, the modular connection of the fastening mechanism with the band or other component features of the decorative device may be established so as not to impact upon the connection of the fastener with the product (shoe). It is contemplated that various design and functional characteristics of the fastener for the product may be affected by a modular connection between the fastening mechanism and other component features of the decorative device and that such changes in configuration fall within the scope of the present invention.

FIGS. 5A-5B provide a fastening assembly 500 including a fastening platform assembly 505 including a fastening platform 507 having a first fastening mechanism 509 and a second fastening mechanism 511. The first fastening mechanism 509 includes a shaft 515 having a first end 517 and a second end 519. In the current embodiment, the second end 519 is integrally formed with the fastening platform 507, thus the product fastener in this embodiment is integral. The first end 517 further includes a device fastener 521. In the current embodiment, device fastener 521 is generally sized and configured spherically to allow its operational connection with a receiver , described below. In a similar manner, the second fastening mechanism 511 includes a shaft 525 having a first end 527 and a second end 529, where the second end 529 is integrally formed with the fastening platform 507. The first end 527 includes a device fastener 531, where the device fastener 531 is generally sized and configured spherically to allow its operational connection with a receiver, described below.

In the current embodiment both the first and second fastening mechanisms are integral with a first side 508 of the fastening platform 507. In the alternative, the first and second fastening mechanisms may be removably connectable with the first side 508 of the fastening platform 507. The modular design may be enabled through the use of any of the modular connection mechanisms and features as described throughout the instant specification.

Fastening assembly 500 further includes a receiving assembly 550 that includes a first receiver 553 and a second receiver 557. The first receiver 553 includes a wall 561 that surrounds a receiving pocket 563. The receiving pocket 563 includes a receiving section 565 and a seating section 567. The second receiver 557 includes a wall 571 that surrounds a receiving pocket 573. The receiving pocket 573 includes a receiving section 575 and a seating section 577. In a preferred embodiment, the size and configuration of walls 561 and 571 allow for the insertion of the first and second receivers into a first affixation point 589 and a second affixation point 591 which are both located within product 586. Walls 561 and 571 may engage against or be in at least some contact with the inner walls 590 and 592 of the first and second affixation points, respectively, when the first and second receivers are inserted within the respective affixation points. It is contemplated that the walls 561 and 571 engagement with the inner walls 590 and 592 may provide a friction-fit type securing mechanism.

In the current embodiment, the device fasteners for both the first and second fastening mechanisms are shown to include a modular connection capability wherein the first and second device fasteners are substantially spherical members capable of engaging with the substantially spherically shaped receiving pockets that are formed in the first and second receivers of the receiving assembly 550. In the current embodiment, the receiving assembly 550 is integrally formed with a band 581, extending from an underside 582 of the band 581, of a decorative device 580. The dimensional characteristics and other features of the fastening and receiving assemblies may vary in a similar manner as has been described throughout. It is contemplated that any one of the features of the fastening and/or receiving assemblies may be sized and configured in a modular manner as has been described throughout the instant specification. It is to be understood that the dimensions of the spherical receiver must be substantially complimentary to the dimensions of the spherical member. The complementariness promotes operational effectiveness in that the receiver is able to receive, connect with and to a certain extent affix the position of the spherical member in accordance with the generally described operational requirements for the current invention.

The first side 508 of the fastening platform 507 provides a surface area for engaging with and against an inner surface 587 of a product 586, such as an apparel product like a shoe. In the preferred embodiment, the fastening platform 507 is a single, continuous substantially planar surface that covers and extends between the multiple fastening mechanisms. Alternatively, fastening platform may be non-continuous, including one or more various sections wherein no material surface area is provided. It is also contemplated that the fastening platform may be of modular design including two or more fastening platform elements that may inter-connect to form the platform. The dimensional characteristics, material composition and the number, shape, size, types of components that may be connected/integral with the fastening platform, as with all other components of the current invention, may significantly vary without departing from the scope and spirit of the current invention.

The fastening platform 507 acts as a stop for the positioning and affixing of the decoration 580 of a decorative device upon a shoe or other product. It is contemplated that any number of fastening mechanisms may be included with the fastening platform in an integral or modular manner. The material composition of the platform may be similar to or vary from that used for the other components of any decorative device. Different materials may be connected with the fastening platform.

It is also contemplated that device fastener may be allowed to be connected with and removed from the first end of the shaft and/or the second end of the shaft may be allowed to connect with and have removed from it the product fastener for securing the decorative device with an apparel product. Thus, the modularity may be enabled at either end of the shaft and/or in combination with an integral design at the end that is not modular. Still further, the shaft may be two or more shaft elements that may be connected and removed from one another. The first and second ends of the shaft, whether integral or modular in design, may include various connection mechanisms as contemplated by those skilled in the art. As has been described throughout for the various embodiments of the current invention, the connection mechanisms employed to enable the modularity of any of the features of the decorative device may be employed with any of the fastening mechanisms of any of the fastening assemblies of the current invention.

The shaft, first end, first end (device) fastener, second end and second end (product) fastener, and any other features of the fastener mechanism along with the features of the first end receivers that may be established in any of the components, other than the fastening assembly, and thusly the overall fastening mechanism itself, may be constructed having various dimensional configurations, as shown in FIGS. 4-5, 14-15. The current invention contemplates that any of the dimensions of these features, including the length, width, height, depth, diameter, thickness, and the like, either for the entire fastening mechanism, less than the entire fastening mechanism or the first end receiver, may be designed and constructed with any specific characteristics as is contemplated. Thus, the component dimensions may be of any measurement in order to achieve a desired result. These components may also include any angular orientation of at least one part of the component compared to at least one other part of the component or even within the component itself. This dynamic capability, to allow various dimensional characteristics and angular orientations throughout the entirety or less than the entirety of these components and for the overall construct of the modular fastening of the fastening mechanism, promotes the ability of the decorative device to be given various shapes and promote the secure affixation of the decorative device through connection with various affixation point structures.

It is contemplated that at least some of the dimensional characteristics of the elements of the fastening assemblies and/or first end receivers and other component features and their elements may be guided by the requirements for removably fastening/affixing of the decorative device to a particular product, such as a shoe, with existing features such as apertures (affixation points), which preferably extend through or at least extend partially through a material of the shoe. While this type of directed dimensional attribution given to a fastening mechanism, a first end receiver and/or any other component features based on existing structures may be advantageous, the current invention does not limit the scope of the variety of its design and construction to any pre-determined dimensional and/or angular orientation values.

Further, whether integral or modular in construction, the materials employed in forming the fastening assemblies, the first end receivers and any other component features may vary. For instance, and applicable to and similar to all components of the decorative device, the material may vary in its composition, aesthetics, texture, and other inherent features throughout, within or between the one or more of any of the components. Thus, any of these component features and/or their elements may not form a continuous, solid, uniform piece of material throughout or between its pieces, but instead include one or more variation sections. Variation sections may include thinned areas, shaped areas, hollows or open spaces that present varied dimensional and/or angular characteristics when compared against other sections of these features and/or fastening mechanism overall. These types of variations sections may be included for numerous reasons, such as functional reasons, materials cost savings, increased durability, decreased weight, consumer preference, aesthetic appearance and the like.

As an example of a variation section, the shaft may include at least one protruding region that extends at least partially about its circumference. The protruding region may provide the functional characteristic of a stop. For instance, when the shaft is inserted through the affixation point (aperture) of a shoe, the variation section may allow the shaft to pass through the aperture only so far and then stop, thereby affixing the position of the decorative device in relationship to the outer surface of the shoe. The configuration of the protruding region may be varied and include alternative features, such as a planar surface protruding outwardly from the shaft at various angles, a threaded structure, a multiple protruding regions configuration, and others as may be contemplated by those skilled in the art. It is contemplated that the protruding region configuration for the shaft may vary between the distinct fastening mechanisms, as described herein. The various configurations may promote numerous different positioning capabilities of the shaft relative to various types of affixation point(s) on various types of products. Thus, a preferred embodiment of a height adjustment mechanism is described below.

In the current embodiment the device fastener and shoe fastener are proximally disposed at opposite ends of the shaft and form the termini of the shaft at each of the two ends. However, it is contemplated that the positioning of either of these fasteners may occur anywhere along the shaft and place the fasteners in various proximity relation to/with one another. Further, the shaft terminus at either end may take any form and either have or not have any type of functional capability that it provides the shaft and thusly the decorative device.

Generally, the current invention's employing of two or more fastening mechanisms is provided by showing and describing the second and following fastening mechanisms typically having similar construction and configuration as that of the first and using a similar procedure as described above, may also be fastened to a second affixation point disposed in a product, such as a shoe. The current invention contemplates that the location of the first and second fastening mechanisms in relation to one another and as exhibited through their connection with the band of the decorative device is a function of the spacing between a first and second affixation points on a particular footwear or apparel product. Alternatively, the spacing between the multiple fastening mechanisms may be based on any other requirements as may be identified. Thus, in the current embodiment, the location on the band of the first fastening mechanism is of a particular spatial relation or distance from the location on the band of the second fastening mechanism. This particular spacing between the fastening mechanisms allows the second fastener of the first fastening mechanism to fasten with the first affixation point, while also allowing the second fastener of the second fastening mechanism to fasten with the second affixation point.

In the alternative, the first and second fastening mechanisms may have differing configurations. Where the first and second fastening mechanisms are differently configured it is contemplated that they are, individually, capable of fastening with various affixation points that may be presented on various apparel products, such as shoes. It is further contemplated that the differently configured first and second fastening mechanisms may advantageously fasten with variously configured affixation points. For example, a first affixation point may have a relaxed diameter of 4 centimeters and a second affixation point may have a relaxed diameter of 8 centimeters. A first fastening mechanism may have a shaft diameter of 4 centimeters and a fastener with a diameter of 6 to 7 centimeters and therefore engage with the first affixation point. A second fastening mechanism may have a shaft diameter of 8 centimeters and a fastener with a diameter of 10 to 11 centimeters and therefore engage with the second affixation point. Other alternative configurations and dimensional relationships among the various component features of the fastening mechanisms may be employed by the current invention without departing from its scope and spirit.

The ratio established by the above dimensions between the diameter of the affixation point and that of the fastener may preferably be adjusted to accommodate user needs and/or product requirements. Thus, the ratio may be enlarged or decreased as desired and such changes may be applied to any or all of the fastening mechanisms of a particular fastening assembly.

It is further contemplated that a fastening assembly of the current invention may include three or more fastening mechanisms for fastening the decorative device to a product such as a shoe. The use of large numbers of fastening assemblies may promote or allow an increase in the dimensions of the components of the decorative device.

A decorative device 900, shown in FIGS. 9A and 9B, includes a band 902 integrally formed with a fastening assembly 920 on a bottom side 904 of the band 902. The fastening assembly 920 includes a first fastening mechanism 921, a second fastening mechanism 922 and a third fastening mechanism 923. Thus, the decorative device 900 includes three fastening mechanisms (similar to those described above for FIGS. 1-2) that may be affixed within three affixation points found on an apparel product such as a shoe. The position of the three fastening mechanisms may be varied between a first end 904 and a second end 906 of the band 902. In the current embodiment, the first fastening mechanism 921 is generally proximal to a head 910, which on a top side 903 of the band 902 the head 910 is indicated by a graphic design, the second fastening mechanism 922 is generally mid-band 902 and the third fastening mechanism 923 is generally proximal to a tail 914 of the band 902. It is to be understood that the location of the fastening mechanisms along the band 902 may vary without departing from the scope and spirit of the present invention.

A decorative device 1000 is shown in FIGS. 10A-10C. In the current embodiment decorative device 1000 includes a band display platform 1002 that operationally connects with a base band platform 1020. Thus, decorative device 1000 provides a modular band configuration. The connectivity is accomplished by interconnection between a plurality of platform connectors 1010, positioned on a bottom side 1005 of the display platform 1002, and a plurality of platform receivers 1030 positioned on a tope side 1022 of the base band platform 1020. The interconnection is accomplished via a friction-fit technology and secures the band display platform 1002 with the base band platform 1020.

A fastening assembly 1040 of the decorative device 1000 includes a first fastening mechanism 1042, a second fastening mechanism 1044, a third fastening mechanism 1046 and a fourth fastening mechanism 1048. In the current embodiment, the four fastening mechanisms of the fastening assembly 1040 are similar to those described above for FIGS. 1-2 and may be affixed in a similar manner within affixation points of an apparel product. It is contemplated that alternative fastening mechanism configurations, such as those described herein and shown in the drawing figures, may be employed.

A decoration 1060, including a first display element 1061, a second display element 1066, a third display element 1067 and a fourth display element 1068, is displayed by and in operational connection with a top side 1004 of the display band platform 1002. The first display element 1061 includes a top side 1062 that presents a display 1063 (the “L”). The first display element 1061 also includes a bottom side 1065 that is integrally formed with the top side 1062 and establishes a body 1064 with an outer edge 1064 a. It is to be understood that for the current embodiment the second, third and fourth display elements are generally similar in size and configuration, however, their individual displays do vary. The display elements are generally sized and configured to operationally connect with the plurality of display connectors 1006 on the top side 1004 of the band display platform 1002.

The plurality of display connectors 1006 are configured with a display connector receiver base 1007 that is recessed below the generally planar surface of the top side 1004. The amount of recess given receiver base 1007 is generally defined by a display connector inner wall 1008 that extends from the receiver base 1007 to the top side 1004. In operation the display elements are inserted into one of the display connectors for securing the position of the individual displays. The bottom sides and outer edges of the display elements engage with the display connectors receiver bases and inner walls in a friction-fit manner. It is contemplated that the connection technology employed to provide the operational interconnection of the various elements/features of decorative device 1000 may vary as described throughout the instant specification.

The drawing figures and description provided herein clearly indicate that the scope of the present invention is to include a decorative device having a fastening assembly with any number of fastening mechanisms. The description provided within the instant application from one to five fastening mechanisms included within a fastening assembly shall be understood to clearly convey an inherent, dominant characteristic of the current invention, that being the use of multiple fastening mechanisms. Therefore, it is within the scope of the current invention to include fastening assemblies having 6, 7, 8, 9, 10, 11, 12,. . . , N, number of fastening mechanisms. Further, the number may be a function of the product (shoe) or some other factor as contemplated by those skilled in the art.

The preferred embodiments of the current invention have been described with the decoration as being separate from and/or integral with the band and/or fastening assembly, which themselves have been similarly described to one another. In a preferred embodiment of FIGS. 13A-13B, a decorative device 1300 including a first and second display 1305 and 1310, respectively, a display platform 1315, a band 1320 and a fastening assembly 1330 including at least two fastening mechanisms, such as fastening mechanism 1332, is a single integrated unit including all component features and making no distinction between them. Thus, in the current embodiment, the decorative device may alternatively reference any one component feature, display and/or element and have it be understood to be generally reflective of the entire construct, wherein the construct is a single integrated unit providing a decorative device. For example, a band may be a decorative device where it includes the aesthetic display or multiple displays for the decorative device and connects in some manner with a fastening assembly. Alternatively, the decoration may be a decorative device where it includes the display and needed connection mechanism(s) for connecting with a product, like a shoe, and affixing the position of the decoration relative to the shoe. Further, the fastening assembly may be a decorative device where it includes a display and needed fastening mechanism(s) for connecting with a product and affixing the position of a decoration relative to the product.

The band, such as that shown in the various drawing figures, may be constructed having various dimensional configurations. The current invention contemplates that any of the dimensions of the band, including the length, width or thickness, either for the entire band or for less than the entire band, may be designed and constructed with any specific characteristics as is contemplated. Thus, the band dimensions may be of any measurement in order to achieve a desired result. The band may also include an angular orientation of at least one part of the band compared to at least one other part of the band. This dynamic capability, to allow various dimensional characteristics and angular orientations throughout the entirety or less than the entirety of the band, promotes the ability of the decorative device to be given any shape.

It is contemplated that a dimensional characteristic of the band may be guided by the requirements for removably fastening/affixing of the band to a particular product, such as a shoe product. For example, and as particularly shown in FIG. 2, a shoe that presents existing features, such as apertures (affixation points), which preferably extend through or at least extend partially through a surface of the shoe, such as an outer surface. While this type of directed dimensional attribution given to a decorative device based on existing structures may be advantageous, the current invention does not limit the scope of the variety of its design and construction to any pre-determined dimensional and/or angular orientation values.

The dimensional characteristics of the band and/or the fastening mechanisms of the fastening assembly may range widely. For example, the length dimension of the band and/or shafts of the fastening mechanisms may range from millimeters, to centimeters, to inches, and beyond as contemplated or needed to accommodate various manufacturing requirements and/or apparel product(s). Preferably, the length dimension of the shaft of the fastening mechanism(s) may range from 1 centimeter to 2 inches, more particularly from 2 centimeters to 1 inch. Preferably, the length dimension of the band may range from 1 to 5 inches, more particularly from 1.5 to 3 inches. It is also contemplated that the band and/or shaft(s) may have more than one length dimension of various dimensional characteristics. It is contemplated that the length dimension for the band and/or shaft(s) of any particular embodiment of the decorative device of the current invention may be arrived at or decided based upon a dimensional characteristic of an affixation point(s) located upon or within an apparel product, such as a shoe.

As described and shown in the drawing figures, the top side and bottom side of the band are opposite from one another forming surfaces separated by the body of the band. It is contemplated that these surfaces may be planar or assume any three dimensional form desired. Further, the top side may be integral with or inter-connect with the decorations and the bottom side may be integral with or inter-connect with the fastening mechanisms of the fastening assembly. Alternatively, the top and bottom sides may have a proximal relation to one another which is less than directly opposite from one another, but may instead establish an angular relationship between the top and bottom sides. For example, the top side may form a substantially horizontal planar surface from which the bottom side may angle ranging from >0° to <90°, more preferably >5° to <45° and even more particularly from >5° to <20°. It is to be understood that the integral and/or modular decoration(s) and/or fastening assembly is located along the band somewhere between or at the outer edges of both the top and bottom sides, respectively. It is contemplated that the decoration(s) and/or fastening assembly may integrally form part of the outer edge and/or sidewall of the band.

The diameter dimensional characteristics of the fastening mechanisms, particularly the shaft, first end fastener and second end fastener, may also vary greatly from millimeters, to centimeters, to inches, and beyond as contemplated or needed. Preferably, the diameter characteristic ranges from 1 centimeter to 2 inches, more particularly from 2 centimeters to 1 inch. The width dimensional characteristics of the band may vary from millimeters, to centimeters, to inches, and beyond as contemplated or needed. Preferably, the width dimension of a band ranges from 2 centimeters to 2 inches, more particularly from 4 centimeters to 1 inch. The thickness or depth dimension of the band may also vary from millimeters, to centimeters, to inches, and beyond as contemplated or needed. It is contemplated that the durability of the band and/or shaft may be influenced by the diameter of the shaft and thickness/depth of the band. Thus, the dimensional characteristics of these features may be primarily determined based on structural support considerations as opposed to aesthetic considerations, as may be contemplated by those of ordinary skill in the art. It is also contemplated that the dimensional characteristics may be constructed to accommodate a connection or the inclusion of a visual, audible and/or other sensory display, as described above.

In preferred embodiments, the fasteners of either end of the shaft of the fastening mechanisms, while integrally formed or removably inter-connected as part of the fastening mechanism, have different dimensional characteristics than the shaft. The diameter(s), thickness(es)/depth(s), and/or length(s) of the fasteners may range from millimeters, to centimeters, to inches, and beyond as contemplated and/or needed for manufacturing and use purposes. It may also be seen that the fasteners and/or shaft may include beveled surfaces or other shapes. This shaping of these surfaces may serve various purposes, such as aesthetic, weight reduction and functional purposes.

Decorative device 1200, FIG. 12, includes a band 1202 having a first end 1204 and a second end 1206. In the current embodiment, a body 1208 of the band 1202 that is between the first and second ends is variable in its dimensions and allows for the body 1208 to be “woven” in and through various, multiple affixation points on a shoe or other product. Thus, instead of a fastener securing the position of the decorative device, it is the inter-woven body 1208 of the band 1202 through multiple affixation points that securely connects and affixes the position of the decorative device 1202. While the number of affixation points that are woven through by the body of the band is not fixed, it is contemplated that it will weave through 2, 3, 4, 5, 6, 7, 8,. . . , N number of affixation points or more in order to secure the decorative device to the shoe or other product. It is contemplated that the dimensions and configurations throughout the band may vary, for instance, the first end may be given an aesthetic appearance such as that shown or some other alternative appearance as has been and may be contemplated. It is also contemplated that the band may include one or more displays of various types, such that it may provide a visual representation, produce an audible signal and vibrate in a manner similar to that provided for FIG. 8.

In an alternative embodiment, it is contemplated that the decorative device 1200 shown in FIG. 12 may include a fastening assembly similar to the fastening assemblies described throughout the instant application. For instance, a fastening mechanism may be included on the underside of the first end 1204 (snake head end) of the band 1202. The fastening mechanism may be similar, including similar features and capabilities, to any one or more of the various fastening mechanisms described previously and throughout the specification. In another example, a first fastening mechanism may be included on the underside of the first end of the band and a second fastening mechanism may be included on the underside of the second end (opposite end from the first end). These fastening mechanisms may be similar to those previously described and it is further contemplated that they may be similar or different from one another. From this description, and the description throughout the instant application, the number of fastening mechanisms employed for the fastening assembly may vary significantly.

It is contemplated that the decorative device 1200 may also include variation sections. At least a portion of the first end 1204 of the band 1202 may include a three dimensional configuration that is substantially different from the rest of the band. For instance, the first end 1204 may include a snake head which may have a generally spherical (balloon-like) three dimensional shape while the rest of the band may be substantially flat with a constant thickness. Thus, the three dimensional shape may act as a “stop” for the decorative device. The size of the balloon-like snake head, or other visual display, may significantly vary from less than 5 cubic centimeters to more than 2 cubic inches without departing from the scope of the current invention.

In many of the preferred embodiments described herein for the current invention, the band includes a top side and bottom side, where each terminate in a shared outer edge. In preferred embodiments, the top and bottom sides are opposite and parallel to one another forming two planar surfaces separated by the body (thickness) of the band. Various alternative configurations for the two sides of the band are contemplated and set forth in the drawing figures that are described below. It is to be understood that the scope of alternative configurations that may be given the two sides of any band is not limited to only those specific embodiments shown and described herein, but is intended to cover all configurations of any decorative device which employs the novel component features of the current invention. It is further contemplated that the outer edge of the band include dimensional features and possibly an angular orientation. These features may be integral to the outer edge or be established through a side wall connected or integral with the outer edge. Further, these features may be directly related to the thickness of the band or may vary from the thickness dimension and/or general angular orientation of the band. Thus, an outer edge or a sidewall having a greater height and/or length dimension, when compared against the same band dimensions, is contemplated and fall within the scope and spirit of the instant application. The outer edge or sidewall may present an angle that substantially conforms to the rest of the band or may present at a different angle in relation to the rest of the band.

In many preferred embodiments the band is a single, integral device and of a single piece of material having a similar material composition throughout. Alternatively, the band may be modular in its design, constructed of two or more pieces that are capable of being joined together in any manner and wherein each of the pieces that form the band may include similar dimensional and/or angular orientation characteristics. Further, whether integral or modular in construction, the material of the band may vary in its composition, aesthetics, texture, and other inherent features throughout the band or between the one or more pieces of the band, similar to that described for the other components of a decorative device of the current invention.

The band may not form a continuous, solid, uniform piece of material throughout or between its pieces, but instead include one or more variation sections. Variation sections, which may include different section(s) of any band, may include thinned areas, shaped areas, hollows or open spaces that present varied dimensional and/or angular characteristics when compared against the rest of the band, such as that described above for FIG. 12. These types of variations sections may be included for numerous reasons, such as functional reasons, materials cost savings, increased durability, decreased weight, consumer preference, aesthetic appearance and the like.

The band and/or fastening assembly may perform various functions for the decorative device, such as acting as a support and/or securing mechanism for the decoration(s). The band and/or fastening assembly may also function in an aesthetic capacity for the decorative device and may include a similar or different aesthetic(s) than the decoration(s) and/or one another. It is to be understood that the band and/or fastening assembly is capable of forming at least part of the overall aesthetic of the decorative device or not functioning as any part of the aesthetic.

FIGS. 6 through 8, provide a decorative device 600 having a decoration 605 including various and multiple displays. It is recognized that an overall visual display is that of a representation of a flower, similar in many aesthetic respects to the flower shown in FIG. 1. However, as shown in FIG. 6B the number of fastening mechanisms being employed for the current embodiment of the flower may be altered. Whereas FIG. 1 employed five fastening mechanisms, FIG. 6B and 7 shows the decorative device 600 employing only two fastening mechanisms. As shown in FIGS. 7 and 8, the increased modularity of the decorative device 600 is achieved by the increased modularity of the components of the decorative device 600, as described below. For example, both decorative device 600 includes one or more audible displays 640 that are connected by a first display connector 612.

The audible display 640 may include various discernable sounds, though how this discernment occurs, and/or whom or what is able to discern these sounds may vary, such as human or otherwise. While recommended, but not required, it is a particularly useful capability of the present invention that the audible display 640 is discernable within an environment surrounding a location of the decorative device 600 that is generally proximal to the location of the decoration. Thus, it is contemplated that the transmission from the audible display 640 may originate from or near the location of the decoration. Alternatively, the audible transmission may originate from anywhere upon the decorative device 600. Therefore, it is contemplated that the audible display 640 may be the decoration or may be a part of a decoration or may be one of multiple decorations that are part of the decorative device. It is contemplated that the range of audible discernment in the surrounding environment may vary significantly, such as from 1 centimeter to 30 feet from the decoration, more particularly, an audible range out to 10 feet from the decoration. In a particular embodiment, the audible range is not greater than out to 5 feet and not less than 2 feet from the decorative device.

The audible display 640 may be variously sized and configured. In the current embodiment, the audible display 640 includes a housing 641. The housing 641 includes a housing display connector 642 that allows an audible transmission device 643 to be positioned within. The housing display connector 642 allows the audible transmission device 643 to be displayed and transmit from a housing top side 644. The housing 640 includes a top section 645 shaped to provide a generally planar, disc-like platform. A bottom section 646 of the housing 640 is generally configured in a cylindrical shape. The size and configuration of the bottom section 646 allows it to operationally connect, in a friction-fit manner, with the first display connector 642, thus, there is a direct relationship between the size and configuration of the housing bottom section 646 and the first display connector 612. It is contemplated that the size, configuration and connection mechanism technology that is employed for an audible display to accomplish a desired decoration of a decorative device may vary as described throughout the instant specification.

Decorative device 600 includes a central decoration sub-element 610 having a first display connector 612. The first display connector 612 connects with an audible display 640, as previously identified, and as further described below. In this embodiment the central decoration sub-element 610 of the decoration may be formed integral to or connectively with the band and/or fastening assembly of the decorative device, as described herein. The central decoration sub-element 610 may perform various support and fastening functions and may or may not perform an aesthetic function for the decorative device.

The central decoration sub-element 610 includes a module fastening assembly allowing the central decoration sub-element 610 to inter-connect with various other decoration sub-elements, such as the flower petal sub-elements herein described. FIGS. 7 and 8 provide that the module fastening assembly includes multiple sub-element fastening mechanisms and, in the current embodiment, they employ a combination friction-fit/compression-lock connection mechanism. The use of various other connection mechanism technologies, such as those previously described for use with other components of the decorative device of the current invention, may be employed. In the current embodiment, the central decoration sub-element includes five sub-element fastening mechanisms spaced around the perimeter and extending their sub-element receiver sections at least partially into a body of the central decoration sub-element. As shown in FIGS. 6 through 8 it is contemplated that the flower petal sub-element may be provided as multiple sub-elements or as a single sub-element where a single, integral sub-element includes the multiple petals design for the floral display.

In the current embodiment, the decoration sub-elements are five flower petal sub-elements that connect with the central decoration sub-element of the decoration. A first flower petal sub-element 620, a second flower petal sub-element 622, a third flower petal sub-element 624, a fourth flower petal sub-element 626, and a fifth flower petal sub-element 628 all connect, in a removable manner, with the central decoration sub-element 610. The connection between the flower petal sub-elements and the central decoration sub-element 610 is exemplified by petal sub-elements 624 and 626. Petal sub-element 624 includes a tongue 623 that extends from an interior wall 624 a of the petal sub-element 624. The tongue 623 being sized and configured to be inserted within one of plurality of central decoration sub-element receiving slots 618. The plurality of receiving slots 618 being sized and configured to receive and engage with the tongue 623 in a friction-fit manner in order to secure the position of the petal sub-element 624 relative to the central decoration sub-element 610. Petal sub-element 626 includes tongue 627 for insertion with one of the plurality of receiving slots 618. The tongue 623 and 627 are representative of similar structures for each of the petal sub-elements, including 620, 622 and 628, thereby allowing each petal sub-element to be affixed to the central decoration sub-element 610. It is contemplated that fewer or greater numbers of decoration sub-elements may inter-connect with the central decoration sub-element. Thus, two or more of the “flower petal” sub-elements may be integrally formed and inter-connect with the central decoration sub-element. It is in accordance with the principles of the current invention, that these flower petal sub-elements of the decoration display may be interchangeable with various other additional decoration sub-elements having optional designs (e.g., petals) and/or other alternative design(s).

An example of an audible display of the current invention may include an audible “Happy Birthday!” message, phonically represented in a particular language. It is contemplated that the audible display may provide any various messages, noises, music, or other audible signal(s) of any type and may transmit any of the relevant audible indicators in various languages (living or dead), dialects, tongues, and otherwise. It is further contemplated that the audible display may be of various combinations of audibly discernable signals. For instance, the “Happy Birthday!” message referenced above may be combined with an audible representation of the singing of a Happy Birthday song and/or other “party” noises. Other combinations as contemplated by those skilled in the art may be employed without departing from the scope and spirit of the present invention.

Where the audible display is at least a part of the current invention, it will be recognized by those skilled in the art that an audible transmission mechanism is included as a part of the current invention. In a preferred embodiment, the audible transmission mechanism is at least a part of a decoration. Alternatively, the audible transmission mechanism may be variously located upon the decorative device and not a part of a single decoration. The audible transmission mechanism is appreciated to be as simplistic and/or complex as those skilled in this field may determine for a particular decorative device. It is understood that the audible transmission mechanism may include a recorded audible signal and the necessary component features, such as a memory, transmitter and speaker, to render a signal in a manner that may be audibly discerned by the environment surrounding the decorative device. It is contemplated that the audible transmission mechanism may include various other features, such as a volume control component feature to allow a user to adjust the volume of the signal being transmitted. Control mechanisms, such as the volume control, may include the capability to allow a user to affect change from a remote location to the decorative device. Thus, various technologies as contemplated by those skilled in the art may be employed with the current invention to allow for this remote control.

It is contemplated that the audible display may be capable of storing, transmitting, audibly rendering signals that are of various formatting. For example, an audible signal formatted in MP3 may be received and stored within the audible display. The downloading of the MP3 and other formats, whether digital or analog, into the audible display may occur through the use of various transmission technologies, such as serial cable, fire wire, USB, and the like. The audible display may include various interface technologies allowing for the transmission and storing of audible signals in various formats by the audible display. Thus, it is contemplated that a user may interface with the audible display (and other displays) by recording an individual message or in some other recognized manner.

As previously stated, it is also contemplated that various visual displays may be received by, transmitted to, stored and displayed by a visual display of the current invention. Thus, the visual display may include digital representations of photographs or other images. Further, it is contemplated that the visual and/or audible display may include various storage capacities, which may be measured in digital and/or analog. The storage capacities may be modular for the display allowing for replacement and/or upgrade. An example of other sensory displays may be a Braille representation of various words, items, ideas, objects, and the like as may be contemplated by those of skill in the art. Therefore, in this example, the primary decoration may be a Braille representation of the phrase “Happy Birthday!”

Located within two of the flower pet sub-elements, shown in FIGS. 7 and 8, are a secondary display connector 630 and a tertiary display connector 633 that allows for other sensory displays to be connected with the decorative device. In the current embodiment, a first sensory display 632 connects with the secondary display connector 630 and a second sensory display 634 is seated within the tertiary display connector 633. It is contemplated that the secondary and tertiary sensory displays may provide various sensory displays, in the current embodiment the sensory displays provide a vibration display that generates a vibration. Similar to the description provided above for other components and their features, the secondary and tertiary display connectors, along with the other sensory displays, may vary in every configuration and functional characteristic. For instance, the displays may be visual and/or audible. The connectors are generally recognized to be substantially complementary to the sensory displays and allow for a friction-fit/compression lock operational connection between the displays and connectors. As described throughout the instant specification, this is not a requirement and various secondary connectors may be employed. FIGS. 7 and 8 provide the audible and vibrational displays with a friction-fit connection mechanism for connecting with the central decoration display connector and secondary display connector, respectively.

A decorative device 1100 provides a first secondary connection assembly 1130 and a second secondary connection assembly 1180, as shown in FIGS. 11A-11B. Decorative device 1100 further includes a first band 1120 connected with a display platform 1102 and a second band 1150. The display platform 1102 is similar in many respects to the display platform described in reference to FIGS. 10A-10C. The display platform 1102 includes a top side 1103 presenting a display 1104 and a bottom side 1105 that includes a plurality of fastening mechanisms 1106. The first band 1120 includes a top side 1121 integrally formed with a bottom side 1123 and defined by an outer edge 1126. The top side 1121 of the first band 1120 further includes a plurality of receivers 1124 for operationally connecting with the plurality of fastening mechanisms 1106.

The second band 1150 includes a top side 1151 integrally formed with a bottom side 1153 and defined by an outer edge 1152. The top side 1151 further includes a receiver assembly, similar to the one described and shown in FIGS. 10A-10C, that provides a receiver 1160 including a recessed receiver base 1161 from which an inner wall 1162 extends to the top side 1151. The receiver 1160 operational connects, in a friction-fit manner, with a display element 1170 when it is inserted into the receiver 1160. The display element 1170 includes a top side 1171 having a display 1172 and integrally formed with a bottom side 1175 defined by an outer edge 1174. As previously described, the outer edge 1174 engages with the inner wall 1162 when the display element 1170 is inserted into the receiver 1160 to provide the friction-fit connection and secure the position of the display element 1170 relative to the second band 1150.

In the current embodiment, the first secondary connection assembly 1330 includes a first and second secondary fastening mechanism 1132 and 11345, respectively, that are positioned along the outer edge 1126 of a band. The secondary connection assembly 1330 further includes the first and second secondary receiver mechanisms 1154 and 1155 located along an outer edge 1152 of the second band 1150. The secondary connection mechanisms allow for the connection and removal from a first band 1120 a second band 1150. It is contemplated that two or more decorative devices may be connected to one another through the use of various configured and enabled secondary connection mechanisms. The connection technology employed for the secondary connection assembly, as shown, is similar to that shown and described for FIGS. 1 and 2.

In the current embodiment, the secondary connection assembly connects a first band with a second band along the outer edge of both. In this embodiment, the two bands form a connection wherein the general shapes appear to be complementary and allow for a substantially integrated appearance once joined. In alternative embodiments, the two items joined may be substantially non-complementary.

The secondary connection assembly elements, generally do not interfere with the overall aesthetic of the first and second decorative devices, in the current embodiment. It is contemplated that the secondary connection assembly's elements may “interfere” with the overall aesthetic of one or both the two items that it is being used to join together.

It is contemplated that the scope and size of what may be connected using the secondary fastening mechanisms of this embodiment should not be read or understood to be limited to the product, such as a shoe, size with which the overall decorative device is attached. In the current embodiment, the first and second bands are roughly equivalent in dimension to one another. In alternative embodiments, the two items joined through use of the secondary connection assembly may be substantially different from one another in their dimensional characteristics. Further, the number of items that may be connected together using one or more secondary connection assemblies found on the two or more items desired to be connected is unlimited.

A decorative device 1400, FIG. 14, includes a band 1410 operationally connected with a display platform 1430 and a fastening assembly 1450. The band 1410 and display platform 1430 connect in a manner similar to that described for FIGS. 10A-10C. a top side 1412 of band 1410 has a display receiver 1416 that includes a recessed receiver base 1418 from which an inner wall 1420 extends up to the top side 1412. The receiver 1416 is sized and configured to receive the display platform 1430 and secure the position of a display (not shown) provided on a top side 1435 of the display platform 1430. A bottom side 1433 of the display platform 1430 is integrally connected with the top side 1435 and forms an outer edge 1437. Upon insertion of the display platform 1430 into the receiver 1416 the outer edge 1437 engages with the inner wall 1420 providing, through a friction-fit manner, the secure connection and affixation of the display platform 1430 within the receiver 1416 of the band 1410. When the display platform 1430 is fully inserted into the receiver 1416 it is contemplated that the bottom side 1433 may engage against the receiver base 1418. While a friction-fit connection mechanism is used in the current embodiment, it is contemplated that various other connection technologies as described herein may be employed without departing from the scope and spirit of the present invention.

The band 1410 also provides a fastener receiver 1422 that includes a top section 1426 and a bottom section 1424, both sections in operation communication with one another. The top section 1426 is also in communication with receiver base 1418 and provides an opening that in combination with bottom section 1424 extends through the bottom side 1414 of the band 1410. The fastener receiver 1422 is sized and configured to have inserted within and through its top and bottom sections a fastening mechanism 1450. The fastening mechanism 1450 is similar in many respects to the one shown and described in FIGS. 4E-4F. Fastening mechanism 1450 includes a shaft 1452 having a first end 1454 integrally connected to a device fastener 1455 and a second end 1456, opposite first end 1454, integrally formed with a product fastener 1457. Fastening mechanism 1450 includes a compression divide 1458 that is formed through the product fastener 1457 and extending through at least part of shaft 1452. The compression divide 1458 forms an opening that allows for deformation of the shaft 1452, second end 1456 and product fastener 1457. The deformation capability allows the fastening mechanism 1450 to be inserted into and pushed through the fastener receiver 1422 and through affixation point 1476 of a product 1470.

The device fastener 1455 provides the connection between the fastening mechanism 1450 and band 1410. The general disc-shaped form of the device fastener 1455 is complementary to the size and configuration of top section 1426. Thus, upon insertion of the fastening mechanism 1450 into and through the fastener receiver 1422 the device fastener 1455 seats within the top section 1426 and provides a stop. In operation, the fastener receiver 1422 is aligned with the affixation point 1476 so that the product fastener 1457, second end 1456 and at least part of shaft 1452 may be inserted through both the fastener receiver 1422 and the affixation point 1476. The product fastener 1457 provides a second stop when it engages against a bottom side 1474 of the product, as shown in FIG. 14A.

In another embodiment, shown in FIG. 15, decorative device 1500 includes a band 1510 with a bottom side 1512 integrally formed with a band post 1520 for connecting the band 1510 with a second fastening mechanism 1590, thereby providing decorative device 1500 with a height adjustment mechanism. This height adjustment mechanism allows for altering the height relationship between the band 1510 and decoration (not shown) to a top side 1582 of a product 1580 (e.g., shoe). The bottom side 1512 includes a fastener receiver 1514 from which the band post 1520 extends. The band post 1520 includes a first end 1521 that is integrally connected with the fastener receiver 1514 and a second end 1522 opposite the first end 1521. About an outer surface 1524 of the band post 1520 is an adjustable connector 1525. In the current embodiment, adjustable connector 1525 is configured in a manner similar to that of a serrated edge whereby a plurality of protruding sections are positioned for interconnection with the fastening mechanism 1550. It is contemplated that the size and configuration of band post 1520 and/or the adjustable connector 1525 may vary. Generally, the size and configuration of band post 1520 and adjustable connector 1525 are complementary to a post receiver mechanism 1560 within fastening mechanism 1550.

It is to be understood that the description provided for the first fastening mechanism 1550 is similar to that for second fastening mechanism 1590. The fastening mechanism 1550 includes a shaft 1552 having a first end 1553 integrally formed with a first end product fastener 1558 and a second end 1554, opposite first end 1553, integrally formed with a second end product fastener 1556. Extending through fastening mechanism 1550 is the post receiver mechanism 1560 which is an opening that runs through the fastening mechanism 1550. The post receiver mechanism 1560 includes a first end receiver 1562 and a second end receiver 1564. An inner wall 1567 of the post receiver mechanism 1560 includes a receiver connector 1568. In the current embodiment, the receiver connector 1568 is configured in a manner similar to that of a serrated edge whereby a plurality of protruding sections are positioned for interconnection with the adjustable connector 1525 of the band post 1520. Generally, the size and configuration of the opening 1560 and the receiver connector 1568 is complementary to the band post 1520 and adjustable connector 1525. The use of alternative connection technologies may be employed to provide the height adjustment functionality contemplated and disclosed herein.

The first end fastener 1558, in combination with the second end fastener 1556 allows the fastening mechanism to be positioned within an affixation point of a product, such as affixation point 1586 of product 1580. Thus, the current embodiment shows the fastening mechanism is capable of seating and securing within the affixation point while also, independently providing height adjustment mechanism capabilities. Thus, the fastening mechanism is able to establish the post receiving mechanism in a particular location.

For the height adjustment, the post receiving mechanism 1560 functions to receive the band post 1520 that may be inserted into and secured within the post receiving mechanism 1560. In the current embodiment, the securing takes place through the use of a friction-fit/compression lock mechanism, as represented by the pattern (serrated edge) established on the outer surface 1524 (perimeter) of the band post 1520 and upon the inner wall 1567 of the post receiving mechanism 1560. Other connection technologies and mechanisms as have been contemplated for use by those of ordinary skill in the art are understood to fall within the scope and spirit of the current invention.

In operation, a user aligns the band post 1520 with the post receiving mechanism 1560 and then inserts the second end of the post into the opening. Through continued application of force the user can determine the height of the decorative device 1500 relative to the product 1580 based upon the depth that they elect to sink the band post 1520 in the opening provided by the post receiver mechanism 1560. The maximum and minimum height setting, the height between the outer surface of the product and the bottom side of the band, is determined by the length of the band post 1520. It is contemplated that the fastening mechanism 1550 may include a stop proximal to the second end 1554 that blocks the send end 1564 of the post receiver mechanism 1560. This may allow the post receiver mechanism to determine the maximum and/or minimum height setting of the decorative device 1500. In alternative embodiments, various other limiting factors, such as protruding sections located along the post, may determine the maximum and minimum height setting. In the opposite direction, the user may apply a force (pulling force) to pull the post up through the slot and establish a height for the decorative device.

While the first fastening mechanism 1550 is similar to the second fastening mechanism 1590, it is not shown as being used or engaged by a second band post connected with the band of the decorative device. However, it should be understood that a second post, and any number of posts as contemplated and in combination with a similar number of fastening mechanisms, are contemplated for use and may be used to provide the height adjustment mechanism of the current invention.

In a preferred embodiment of the current invention, a method of manufacturing a decorative device in accordance with any of the various embodiments, herein described, is provided. In a first step, a material for the decorative device is selected. In a second step an integral decorative device construct is formed. The construct includes an aesthetic configuration constructed of the various components described herein, such as a fastening assembly and decoration and/or band. The current manufacturing method may include various additional steps, such as designing, selecting, and/or placing various aesthetic configurations, including color schemes and other design aspects, upon the decorative device or integrally forming such aesthetic features within or from the material(s) of the decorative device. Additional steps may include constructing secondary display connectors within the construct or creating, obtaining or selecting a material composition for the construct.

Alternatively, a manufacturing method for manufacturing a modular decorative device construct, in accordance with the current invention, may include a step of selecting a material for one or more of a modular component of a decorative device. A second step constructs a modular component of the decorative device. A third step constructs another modular component of the decorative device. The third step of constructing other modular components of the decorative device may be repeated until all necessary components have been constructed. The current manufacturing method may include any of the additional steps identified above. The current method may further include the step of connecting a modular fastening assembly into one or more of the constructed modular components. An additional step may include connecting the constructed modular components to one another to provide the decorative device construct.

From this manufacturing method, it is contemplated that the elements and/or sub-elements of the fastening assembly may be modularly constructed and then assembled or connected together. For example, a shaft of a fastening mechanism may be formed in a particular dimensional configuration that is similar to or different from a first and/or second fastener dimensional configuration. These two features may be connected together using various technologies and connection mechanisms as may be contemplated by those skilled in the art without departing from the scope and spirit of the present invention.

Another preferred embodiment provides a footwear apparel system, including a foot wear product and a decorative device in accordance with the device description provided herein, wherein the decorative device is capable of being affixed to and removed from the footwear apparel product. A method of distributing a footwear apparel system includes packaging a footwear apparel product and a decorative device that is in accordance with the invention described herein, within a packaging device. A second step includes distributing the packaging device to a location, wherein the location is preferably a retail location but may be otherwise as contemplated by those skilled in the art. The method of distributing may further include selling the footwear apparel system as described above. It is to be understood that the packaging device may be of any configuration, formed from any material, include any aesthetic, and generally assume any form as contemplated by those skilled in the art. The packaging device functions to secure the footwear apparel product and decorative device for the distribution process. The packaging of the system may vary to include one or more packaging devices for the footwear apparel product and decorative device. It is contemplated that one or more packaging devices may be stored in or removed from one or more other packaging devices.

A method of assembling a decorative device of the current invention includes a step of obtaining a first component, a second step of obtaining a second component, and a final step of connecting, either through a connection mechanism or in an integral manner, the first and second components features, in accordance with the preferred embodiments of the current invention described herein.

In a preferred embodiment, a method of providing a decorative device capable of affixing to a footwear apparel product is provided. The method includes the step of distributing to a consumer a decorative device in accordance with the current invention that fastens with a footwear apparel product. It is contemplated that the decorative device may be placed within a packaging device of various configuration, as described previously. Further, it is contemplated that the decorative device within a packaging device may be distributed and/or sold separately from a footwear or any other apparel product.

In another preferred embodiment, a method of providing a modular component for a decorative device of the current invention is provided. The modular component may be one or more of any of the various modular components as has been described throughout. It is contemplated that the modular component is a decoration(s). Alternatively, the modular component may be the band which is interchangeable with one or more fastening mechanisms of one or more fastening assemblies and/or decoration(s). It is further contemplated that the band, fastening assembly, and/or decoration(s) provided may also be, individually, modular. These modular components may be distributed through a process of packaging and distributing to various locations and/or consumers. Additionally, such features may be subject to a process of selling a component to a consumer.

In the exemplary embodiments, it is understood that the specific order or hierarchy of steps in the methods disclosed are examples of exemplary approaches. Any one method may include any of the various steps identified for the other methods. Further, it is recognized that additional steps may be included in any method described herein to accomplish and provide any one of the various embodiments of the decorative device. Based upon design preferences, it is understood that the specific order or hierarchy of steps in the method can be rearranged while remaining within the scope and spirit of the present invention. The accompanying method claims present elements of the various steps in a sample order, and are not necessarily meant to be limited to the specific order or hierarchy presented.

It is believed that the present invention and many of its attendant advantages will be understood by the forgoing description. It is also believed that it will be apparent that various changes may be made in the form, construction and arrangement of the components thereof without departing from the scope and spirit of the invention or without sacrificing all of its material advantages. The form herein before described being merely an explanatory embodiment thereof. 

1. A decorative device, comprising: a device having a display side for displaying a decoration and an underside, such that the underside includes a fastening assembly, wherein the fastening assembly includes at least two fastening mechanisms integrally formed with the underside of the decoration.
 2. The decorative device of claim 1, wherein the fastening assembly includes at least three, four, five, six, seven or “N” fastening mechanisms.
 3. The decorative device of claim 1, wherein the fastening mechanisms are of similar configuration or differing configurations.
 4. The decorative device of claim 1, wherein the fastening assembly affixes the device to a shoe.
 5. The decorative device of claim 1, wherein the device is formed from at least one of a rubber material, silicone material, metal material, plastic material or is a combination of these materials.
 6. The decorative device of claim 1, wherein the decoration includes at least one of a visual, auditory or other sensory display.
 7. The decorative device of claim 1, wherein the decoration includes a display connector.
 8. The decorative device of claim 1, wherein the decoration and fastening assembly are modular components relative to and capable of connecting with one another.
 9. The decorative device of claim 1, wherein the decoration includes a display and a band, wherein the display and band are at least one of integrally formed or modularly formable.
 10. The decorative device of claim 1, wherein the display includes at least one of a visual, auditory or other sensory display.
 11. The decorative device of claim 1, wherein the band includes a display side for connecting with the display and an underside for connecting with a fastening assembly including two or more fastening mechanisms.
 12. The decorative device of claim 1, wherein the band is formed as a single integral component or from the connection of multiple pieces as a modular band.
 13. The decorative device of claim 1, wherein the fastening assembly is modular and capable of being connected with the underside of at least one of the display or the band.
 14. The decorative device of claim 1, wherein the band may allow for a woven connection between the device and a shoe.
 15. The decorative device of claim 1, wherein the band includes varying dimensional characteristics.
 16. The decorative device of claim 1, wherein the band includes a generally spherical section.
 17. The decorative device of claim 1, wherein the band includes a secondary connection mechanism.
 18. The decorative device of claim 1, wherein the band includes a display connector.
 19. The decorative device of claim 1, wherein the display is formed as a single integral component or from the connection of multiple pieces as a modular display.
 20. The decorative device of claim 1, wherein the display includes a display connector. 